KR20210112965A - Sticky insects capture and wildlife displace trap with shower shield and multilayared structure of solar light led lamp - Google Patents

Abstract

The present invention relates to a sticky insect capture and wild animal extermination trap equipped with a rain screen and a solar LED lighting having a multi-layered structure used for insect capture and the extermination of harmful birds and wild animals. The trap comprises a cylindrical net, a circular plate-shaped rain screen, a cylindrical transparent container, a solar LED lighting having a multi-layered structure, a circular plate-shaped light blocking plate, a sticky pest attraction solar back sheet, and a pheromone fragrance or wild animal repellent composition scent outlet. The present invention is eco-friendly to attract pests by utilizing solar energy, maximizes space utilization since the solar back sheet is formed on the top of a support, prevents a decrease in sticky performance of the solar back sheet due to the rain screen, and attracts pests using LED white light and ultraviolet (UVA) light LED lamps having different wavelengths.

Description

Sticky insects capture and wildlife displace trap with shower shield and multilayered structure of solar light led lamp

The present invention is a raincoat and multi-layer structure used for catching various pests such as flies, mosquitoes, moths, etc., and for repelling harmful birds such as magpies, sparrows, crows and starlings and wild animals such as elk, wild boar, raccoon, and deer. It relates to a sticky insect trap and wild animal extermination trap equipped with solar LED lighting,

Not only flies and mosquitoes that cause various diseases by providing enzymes harmful to humans and livestock, but also flying pests such as moths and hemipterans that cause great damage to crops, or harmful birds such as magpies, sparrows, crows, and starlings, elk and wild boar , raccoon, roe deer, and other wild animals to efficiently and eco-friendly pest capture and extermination of wild animals.

A tubular network in which sunlight is projected and a plurality of inlets through which pests can be introduced is formed, and the lower part formed on the outside of the net and formed by concave in an open ring is projected and can block rainwater A multi-layered structure in which a circular plate-shaped rain screen, a transparent container in the shape of a cylinder formed inside the mesh, and a white light and an ultraviolet (UVA) light using solar energy provided inside the container are combined vertically and horizontally A light blocking plate in the form of a detachable opaque circular plate that can transmit or block light between the solar LED lighting of A plurality of pheromone scents or wild animal repellent compositions provided through the central portion of the vertical side of the solar bag sheet, which is a striped pest oil repeatedly colored with transparent or translucent permeable color and the color preferred by pests, emitted from the incense spout The solar bag sheet coated with insect repellent adhesive solution with pheromone and led white light and ultraviolet light wavelength (365 ~ 376nm) effective for attracting pests, or trapping pests with the light wavelength by led white light and ultraviolet (UVA) light and the inside of the trap. It is to expel wild animals by spreading the fragrance of the wild animal repellent composition provided from a plurality of outlets to the surroundings,

The rain shield is a circular plate shape that maintains and supports the center and can be rotated by an external force such as wind and can block rain and sunlight can be projected, and can be deformed and restored by an external force such as wind. Circular ring-shaped elasticity made of elastic material formed on the circumference of the outer periphery of the rain shielding plate so that the outer shape of the circular plate can be maintained even when deformation and restoration of the rain shielding plate are repeated. It is composed of a ring to prevent deterioration of the performance of the sticky adhesive due to rain.

The multi-layered solar led lighting lamp has a solar cell module substrate, a lamp and an illuminance sensor formed independently, and vertically and horizontally LED white light and ultraviolet (UVA) light are formed in a multi-layered structure inside a tubular transparent container. This is to emit light by increasing the projected area and condensing area of sunlight to improve the efficiency of solar energy use and to extend the lighting area to the outer surface of the entire transparent container. It is converted into a power source and charged in the capacitor to supply sufficient power to the LED lighting that emits light with the charged power at night, improving the effect of attracting pests and repelling wild animals,

The plurality of pheromone fragrances and wild animal repellent composition fragrance outlets have a tubular transparent container and a sticky pest oil in the center of the vertical side of the solar bag sheet so that the pheromone fragrance is emitted during crop cultivation and the fragrance of the repellent composition is emitted during crop harvest. As being installed through, the pheromone or wild animal repelling composition medicine box provided at the bottom of the inner bottom of the tubular transparent container is volatile for the attraction of the same pest or different sex of the same pest species for the specific pest that is emitted at the time of growing crops It is possible to lure and capture pests or exterminate wild animals by emitting the scent of sexual pheromones or collective phermons, which are chemical substances with

A transparent container through which sunlight is transmitted and an external surface of the solar back sheet, which is a sticky insect lure, formed in a vertical and horizontal multi-layered structure. By forming a detachable light blocking plate, the LED white light or ultraviolet (UVA) light from the intermediate lighting can form an illuminance that attracts pests suitable for the insect trapping site and season, and the pheromone scent emitted from the central part of the solar back sheet, which is a sticky pest lure. By trapping pests attracted by insect pests with the insect repellent adhesive solution applied to the solar bag sheet, which is a sticky pest lure, or by the light wavelength by the LED white light and ultraviolet (UVA) light, and the scent emitted from the wild animal repellent composition provided in the trap It is possible to improve the performance of repelling wild animals, and it is easy to install and replace the solar bag sticky sheet, which is a pest oil using the flexibility of the solar bag, a pest oil made of a plastic bag material that prevents the performance decrease of the adhesive solution due to the excellent rain screen. It relates to a sticky insect trap and wild animal extermination trap equipped with an easy-to-use rain screen and multi-layered solar LED lighting.

In general, pests such as flies, mosquitoes, and moths are powerful carriers of infectious diseases. Diseases carried by these pests include typhoid, paratyphoid salmonella, protozoan disease, tuberculosis, leprosy, parasites, bacterial dysentery, cholera, meningoencephalitis, etc. .

Unlike these pests, thrips are not a vector of infectious diseases, but as microscopic pests, 2 suborders, 8 families, 700 genera, and more than 6,000 species are known around the world, and in Korea, 2 suborders, 4 families, 30 genera, and 50 species (94'). Korean Pest Mythology) is known. The main thrips that damage crops are Taiwan thrips, green thrips, convex thrips, orange thrips, akashi thrips, and Hawaiian thrips. Phosphorus flower yellow thrips and cucumber thrips began to appear, and these insects are currently causing the most damage. In addition, the mandarin orange moth, which causes great damage to citrus farming, is known as the largest pest of driftwood or unfruited mature trees that produce a lot of summer or autumn branches.

In general, moths with strong fertility, regardless of larvae or adults, cause great damage to farms, such as sucking the sap of crops and gnawing leaves and fruits.

One of the methods to effectively treat these infected and non-infected pests is a method using an insecticide, but this method has the disadvantage of having a detrimental effect on humans as well .

In addition, in agricultural land or orchards, etc., harmful birds such as magpies, sparrows, crows, and starlings or wild animals such as elk, wild boar, raccoon, and roe deer often damage crops. It has caused enormous damage, such as lowering the marketability of agricultural products and greatly reducing the yield, and remains a major problem in rural areas until recently.

For example, if you look at the amount of damage to crops caused by wild birds in Korea, it is a very serious level, reaching 11.4 billion won in 1999. In particular, damage to fruits such as pears, apples, and grapes accounts for 71% of the total crop damage, and magpies account for 60% of the damage among harmful tides, and wild animals including wild boar and elk Silver is the animal that causes the greatest damage during the harvest season, and although there are no official reports of accurate statistics, it has been reported in newspapers that wild boars inflict about 5.5 billion won in damage and elk damage about 2.4 billion won a year in Korea. , the scale of the damage is expected to be much larger than the figures above, taking into account the damage that has not been counted.

Among harmful birds, magpies are known to have an excellent learning effect, making it difficult to eradicate them by judging that they do not harm themselves if repeated using only one method such as sight, hearing, or smell.

In the conventional field of combating harmful birds and wild animals, scarecrows were mostly used when chasing birds or wild animals, but the effect is insufficient and the number of farms installing electric fences is gradually increasing. However, the installation of electric fences is the most effective in preventing the intrusion of wild animals, but there is a problem that it is impossible to respond to birds, and the installation cost as well as the management cost are high.

As a method to compensate for the shortcomings in the field of pest control, attracting agents using the characteristics of pests with a very developed sense of smell and lighting using the daylight properties of the pests for predicting the occurrence of target pests, disturbing mating, and mass capture, and improving adhesion, etc. A pest trap of the used physical trapping method is used.

The above-mentioned types of traps are called sticky traps, delta traps using an upper pheromone with a sticky coating on the inner surface of the triangular tube, uni traps using attractants, or bucket traps. Funnel trap, fish-net trap and tetragonal trap, so-called beetle trap, attractant, and water mixed with pesticide and electrodeposition agent Water traps, cone traps, and infants widely used to attract pests such as Lepidoptera and Coleoptera that are active at night by using the daylight of the pests. There are traps (light trap), electric shock trap (electric shock trap), etc. to shoot insects attracted to infants and the like with an electric shock.

To elaborate on the sticky trap among the traps, a flat board trap with sticky adhesives attached to both sides of a rectangular thin plate body is the most common, and is widely used for the purpose of attracting microscopic pests occurring in greenhouses.

Most of the sticky traps are for daytime firing, and the attracting effect is usually different depending on the color. , blue is mainly used to attract thrips, etc.

However, one of the important things in the sticky trapping method is to attract pests to the trapping area including the adhesive layer. And the adhesive composition is dispersed and mixed to be applied on one or both sides to a flat sheet or film, etc. depending on the place and purpose of use of the sticky pest trap, and is changed to a material with low liquidity. There were disadvantages and inconveniences that a separate container such as a plastic bag was required when collecting and disposing of the spent pest sticky trap, as well as the remaining adhesive solution to which pest pollutants such as flies and mosquitoes were attached, and the trap plate and synthetic resin sheet. .

In order to solve this inconvenience, in recent years, the light that moths and other flying insects like is emitted by a lamp, and the pests are lured with a sex pheromone or aggregation phermon, etc. The pest trapping device using lighting and pheromones to capture pests with artificial lighting and pheromones at night using the nocturnal habits of pests such as moths in fruit tree farms to attract and capture pests with artificial lighting and pheromones, so that the effect of trapping pests is not only during the daytime but also at night. Therefore, it is possible to improve the insect trapping efficiency and reduce the use of pesticides, so it is preferred because it enables eco-friendly agriculture and produces higher quality fruits.

In other words, pheromones are chemicals that are produced in small amounts in the body of insects and emit odors into the atmosphere, and are secreted for the purpose of transmitting information to other sexes of the same insect species or to other individuals in the same insect. According to the behavioral reactions among individuals, it is divided into sex pheromone, aggregate pheromone, alert pheromone, guide pheromone, dispersion pheromone, class differentiation pheromone, and the like.

Among them, mating disturbance technology using sexual pheromones, which is one of the most representatively applied in some fruit tree farms for pest control, organically synthesizes the sexual pheromone of the target pest and sprays it in a large amount in the habitat, so that the target pest in the area of occurrence is It is a pest control technology developed as a method to reduce the density of the next generation by interfering with mating.

In particular, since mating communication of moths depends mainly on the sense of smell rather than the time from the evening of sunset to the dawn of the next day before the sun rises, mating disturbance using sex pheromone can be more effective, and many moth pests single-breed, It is known that if the mating period is missed due to mating disturbance by sex pheromones, the possibility of losing mating ability or producing unfertilized eggs increases.

Therefore, although sexual pheromone is a chemical, it has very high sensitivity and can exert a large insect attraction effect even when sprayed in a very small amount, is harmless to the human body because it is almost non-toxic, and has no residue due to its high volatility. It is expected that the application will be expanded, and many studies using it are in progress.

However, in most of such trapping devices using lights, pheromones, and suction fans, lighting and pheromones are installed on the inside adjacent to the pest trapping entrance, which is the upper part of the trapping device, and the suction fan and trapping network are installed at the bottom, so that the pest trapping entrance is installed. It is a structure that captures pests attracted by the trap with a trapping net using only the forced suction of the suction fan. In the early stage of operation of the suction fan during flight, pests are captured in the trapping net by the forced suction airflow of the suction fan. As a result, pests attracted by the pheromone move from the upper trapping entrance to the lower trapping and discharging position, thereby lowering the pest capture rate. Due to the noise caused by driving, the capture rate is lowered because the trapping rate is not approached, and the unsucked pests stay near the lighting lamp, which can cause side effects that damage crops. Although it is possible to improve the pest trapping efficiency by using a timer to operate periodically, the noise due to frequent operation and stop may rather increase, so there is a problem that the number of insects roaming around the pest trapping device may increase. have.

In addition, as a lighting device, well-known lighting means such as ultraviolet lamps or incandescent lamps (or fluorescent lamps) are mostly used. Small pests and insects adhere to the lighting lamps, so if you do not clean them frequently, the illuminance decreases and you cannot attract pests. , has disadvantages such as low utilization in mountainous areas where electricity supply is not smooth, high power consumption, and short lifespan due to low durability.

Republic of Korea Patent Registration No. 10-0849037 (registered on Jul. 23, 2008) is a pest catcher that utilizes a solar light collecting module, an attracting lamp, and a sex pheromone drug container. It relates to, the lightning rod 11 is installed in the center of the convex portion of the upper surface, the lamp shade 10 having a fastening portion to fasten the attracting light 20 to the center of the concave portion of the lower surface; an inducement lamp 20 provided to be installed in the fastening part of the lamp shade 10; Adjacent to the lower end of the lampshade 10, four wings 32 are installed to cross each other in a cross (╋) shape, and an accommodating groove 31 for securing a space for the inducement lamp 20 on the upper part and an inclined plane on the lower part Wings 30 provided to achieve; The pest inlet 40 is installed adjacent to the lower portion of the wing portion 30, the upper end is expanded and the lower end is reduced in the form of a tube having a through hole 41 through the center; a trapping network 50 installed at the lower part of the pest inlet 40 to collect pests; A receiving part is provided to accommodate the pest inlet 40 inside, a door 61 for replacing the trapping net 50 is provided on the outer surface, and a net body 62 is provided at the lower end to allow air to communicate with each other. to the fuselage (60); and a suction fan 70 installed by a support 72 to be accommodated in the lower portion of the fuselage 60 and rotated by the driving force of the motor 71 to create a flow of air from top to bottom. As the pests attracted through the chemical container stored with the sex pheromone on the back and the back collide with the cross-shaped wing, and are captured by the suction fan with the trapping net, it more effectively captures the pests that harm crops, day or night, Reference numeral 33, which is not described, denotes a medicament container, and this medicament container 33 is installed on the inside of the wing part 30, as shown in FIGS.

Such a medicine container 33 can be used both day and night, but it is mainly used by putting a sex pheromone agent to attract pests during the daytime, and a light collecting module that converts sunlight into electrical energy on the upper surface of the lampshade, and day and night There is disclosed a pest catcher, characterized in that it further comprises an illuminance sensor to identify,

The sex pheromone drug container is installed inside the wing part to be close to the inhaling side, such as the insect attractor, and the air flow by the suction fan is formed and discharged. If not, it is possible only by natural air flow and not when the suction fan is operating, so the effect of attracting and trapping insects may be low. In order to provide sufficient night lighting, there may be a side effect of damaging crops as harmful pests stay near the lighting, and the light-collecting area of the solar light-collecting module of the lampshade alone may not be sufficient at night due to heavy rain or cloudy weather during the day. may have the inconvenience of having to supply a separate power source.

In addition, Republic of Korea Patent No. 10-1703167 (registered on Jan. 31, 2017) is the development of a sticky trap for insect control using pheromones, including an attracting trap part with an adhesive formed on the substrate and a pheromone lure formed on the attracting trap part. It relates to an eco-friendly insect trap that does not use pesticides, so it is harmless to the human body, can minimize environmental pollution, and can exert a long-term effect without lowering the attraction by insect pheromone. The development of sticky traps for insect control using pheromones, which have very good advantages in

Since the pheromone lure cannot be fixed in the attracting trap area where the adhesive is formed and traps pests, there is no choice but to fix it at the top, bottom, or side of the attracting trap part where the adhesive is not formed. There is a disadvantage that the effect of attracting and trapping pests may be lowered than that of attracting them.

In addition, Republic of Korea Patent No. 10-1943259 (registered on Jan. 22, 2019) relates to a sticky insect trap equipped with a multi-layered solar led lighting lamp and a plurality of pheromone incense outlets,

In order to efficiently and environmentally capture flying pests such as flies and mosquitoes that cause various diseases by providing enzymes harmful to humans and livestock, as well as moths and hemipterans that cause great damage to crops, it is placed inside a cylindrical transparent container. A multi-layered solar LED lighting lamp using the provided solar energy, a transparent container and a pheromone emitted from a plurality of pheromone incense vents provided through the sheet, attract pests, and spaced apart from the outside of the transparent container at regular intervals Insects are captured with a transparent sticky sheet coated with insect repellent adhesive.

The multi-layered solar led lighting lamp emits lighting by forming an independent solar cell module substrate and a lamp in a vertical multi-layer structure inside a cylindrical transparent container, and increasing the solar projection area and condensing area The efficiency of using solar energy is improved, and the illuminance sensor converts solar energy into electric power during the day and charges the charger, and at night, it attracts pests by supplying sufficient power to the LED lighting that emits light with the charged power. can do,

The plurality of pheromone incense spouts are installed through the center of the vertical side of the tubular transparent container and the sticky sheet with a through hole formed in the center, and are emitted from the pheromone medicament container provided at the inner bottom of the tubular transparent container. To attract pests by emitting the scent of sexual pheromone or aggregate phermon, which is a chemical substance having volatility for attracting different sexes of the same pest species or the same pests, to the outside using the through hole of the pheromone incense outlet. can,

The transparent sticky sheet is in the shape of a transparent and flexible plastic bag so that sunlight can pass through, and the adhesive liquid that seals the insect attractant, such as ammonia, lactic acid, etc. By using the flexible viscosity and flexibility of the plastic bag, the cone-shaped plastic bag, which easily transforms the inside surface of the plastic bag sufficiently coated with the flexible adhesive liquid into the outside surface, is installed by pulling from the top to the bottom of the cylindrical transparent container. Because the adhesive solution formed on the outer surface can capture the lured pests,

A sticky insect trap with a multi-layered solar LED lighting lamp and a plurality of pheromone incense outlets is disclosed, which improves the efficiency of insect trapping by continuous insect capture during the day and at night, thereby increasing the utility of the insect trap.

In facility houses that supply moisture to crops with sprinklers, etc. from the upper part, or in rain screen houses, the performance of the sticky sheet adhesive can be significantly reduced due to falling water and rain from the open land. There is a problem that the replacement cycle of the sticky solar back sheet can be shortened because the adhesive solution of the sticky sheet is gradually worn out or the adhesive solution is damaged by falling off due to the influence of falling water and rain. In summer, when there is a lot of sunlight, because the upper lighting can be turned on all the time, the intermediate lighting with built-in illuminance sensor is always turned off. There was a problem in that it was necessary to improve a structure capable of blocking the lighting of the upper lighting lamp so that the intermediate lighting lamp could be turned on by preventing the illuminance sensor of the intermediate lighting lamp from operating even when it is done.

In addition, as a method to compensate for the shortcomings of the field of extermination of wild animals, a physical repellent device or a chemical repellent has been used, and a chemical method has been studied in parallel with the physical device.

These, bird repelling technologies such as silencers, light reflectors, and guns using physical tools have limited efficacy to stimulate only a single sense of birds and excellent learning ability of birds. However, as time goes by, repeated learning only has a temporary preventive effect, but the long-term effect is not obtained and the duration of the effect is short.

The method of using a chemical repellent, which is one of the above algae repelling techniques, is generally a semi-solid or gel-like composition, which is installed in an exposed form to the atmosphere, so that the lasting power and permeability of the scent decreases, or after being buried in algae or other animals. It can cause secondary pollution to fruits and buildings.

Thus, recently, as a non-lethal substance made up of domestic methyl anthranilate, cinnamon essential oil, peppermint essential oil, butyric acid, acetic acid, emulsifier, solvent, capsaicin and chrysanthemum extract, the longevity and permeability of the repellent composition can be maintained. In addition, it is a repellent that prevents secondary contamination and loss by sealing and hanging the composition in a pack made of a material that evaporates and smells while the liquid does not flow out like a non-woven fabric, not a general plastic pack. is released and marketed, and overseas liquid repellents (Plantosol, Plantosol), which were developed as organic nitrogen liquid fertilizers in Germany and imported for algae control, are being marketed.

Therefore, it is a situation in which continuous research is required for a method of exterminating wild animals in which a chemical method using a physical and odor of a repellent composition using sound or light by sunlight energy is combined.

Republic of Korea Patent Publication No. 10-2012-0068001 (published on Jun. 28, 2012) is a “dangerous bird and wild animal repellent combined with a green music supply device”, in an exterminator that prevents access to harmful birds and wild animals, The solar panel 110 is installed at the upper end of the fixed support (A) to be installed and fixed to convert solar heat into electric energy, and the solar panel 110 is connected to the electricity generated from the solar panel 110 A power storage device 120 to supply power by charging energy, an optical sensor 130 to supply or cut off power by sensing external illuminance while installed in the power storage device 120, because birds or wild animals are afraid The hologram reflector 140, which is provided to be spaced a certain distance from the fixed support A by the connection support 141 so as to be shaken by the wind while taking the shape of an animal that avoids approach, the ON/OFF of the optical sensor 130 A light emitting diode 150 that is operated by the hologram reflector 140 to express various lights, and a laser unit 160 that is operated by ON/OFF of the photosensor 130 to express a laser to the hologram reflector 140 . ); a sound emitting unit 170 installed on the lower side of the power storage device 120 and provided with an acoustic semiconductor and an acoustic speaker for emitting sounds disliked by birds or wild animals; a repellent storage unit 180 installed on the lower end side of the fixing support (A) to receive repellents, which are odor-causing substances, in order to spread odors that birds or wild animals do not like; It has a structure that accommodates and fixes substances such as cresol soap solution or naphthaline that birds or wild animals dislike, but is stored in a container or has a mesh shape so that the smell can easily spread to the surroundings by the wind. A green music supply device combined with a harmful bird and wild animal repellent is disclosed,

During the winter season, when hazardous birds and wild animals are active, the repellent material storage is exposed to the outside, and the repellent material cannot be diffused to the surrounding area by wind, etc. There is difficulty in repelling animals, and loss of repellents is inevitable due to exposure to rain in spring, summer, and autumn. In the case of freezing caused by the solar power, the function of the repellent will be insufficient because the solar power will not be charged.

In addition, Patent Registration No. 10-1537030 (registration on Jul. 9, 2015) is “a method for protecting crops using a hologram including the eyes of natural enemies and a protection device therefor”, which is applied to an optical base film containing a fluorescent material for both eyes or sheep. A method for producing a crop protection device for blocking wild animals by laser printing the face or whole body of a natural enemy animal including claws, expressing it as a hologram, and applying a composition containing a phosphor and a repellent to both eyes or both claws, and this method Discloses a crop protection device manufactured in accordance with the present invention, and in particular, uses herbal plant oils and extracts to enhance repelling effect, and by applying phosphorescent material thereto, not only doubling the repelling effect of nocturnal wild animals, but especially mammals and birds There is an excellent effect of improving versatility and durability by providing an experiment with a blocking effect by dividing it into . If a phosphorescent material is applied to both eyes or claws of an animal, the repelling effect can be doubled by giving fear to nocturnal animals through light emission at night. A fluorescent material or a phosphorescent material in which the emitted light is reflected or transmitted to control the amount of light may be used. Specifically, the light emitting material according to the present invention preferably has an absorption wavelength of 200 to 400 nm, and an emission wavelength of 520 to 600 nm. Therefore, according to the present invention, in order to effectively block nocturnal wild animals, a phosphorescent material capable of emitting green energy should be selected as a night light emitting material. has been disclosed, but

During the daytime, a phosphor is applied to the eyes or toenails, which are parts of the body of a natural enemy, by mixing an adhesive and a repellent composition, which can be excellent for degrading wild animals. Since it is applied to a part of the body to block wild animals, the emission time of the emission wavelength by the energy of the green area at night is limited due to the absorption of white light, which is the daytime sunlight, which is not equipped with a separate solar energy charging facility. Therefore, it is impossible to exterminate wild animals at night until sunrise the next day after sunset, and there is a limit to only a few hours after sunset.

As described above, it is possible to capture pests during crop cultivation and exterminate wild animals during crop harvesting, and by using sunlight as a power source to attract pests and generate light or odor that birds or wild animals dislike, birds or wild animals It can easily exterminate wild animals by stimulating the sense of sight and smell, and it improves the insect trapping efficiency by preventing the drop or abrasion of the adhesive material due to falling water or rainwater, and transmits the light of the multi-layered solar top light. Alternatively, it is possible to use the illuminance that can improve the insect trapping efficiency by selectively utilizing the turning off and lighting of the intermediate light with a built-in illuminance sensor by blocking it. There is a need for a lot of research on commercial aspects, including the control aspect and the price of wild animal control traps.

Republic of Korea Patent No. 10-0849037 (Registered on July 23, 2008) Republic of Korea Patent Registration No. 10-1703167 (Registered on Jan. 31, 2017) Republic of Korea Patent Registration No. 10-1943259 (Registered on Jan. 22, 2019) (Public Document 0004) Republic of Korea No. 10-2012-0068001 (published on June 28, 2012) Republic of Korea Patent Registration No. 10-1537030 (Registered on Jul. 9, 2015)

The problem to be solved by the present invention in consideration of the above problems is not only flies and mosquitoes that cause various diseases by providing enzymes harmful to humans or livestock, but also flying pests such as moths and hemipterans that cause great damage to crops or Efficient and eco-friendly pest capture and control of harmful birds such as magpies, sparrows, crows and starlings and wild animals such as elk, wild boar, raccoon, and roe deer

A tubular network in which sunlight is projected and a plurality of inlets through which pests can be introduced is formed, and a certain portion of the lower part formed on the outside of the net and the upper part is concave in an open ring, and the sunlight is projected and excellent A multi-layered structure in which led white light and led ultraviolet (UVA) light using solar energy provided inside a circular plate-shaped rain screen that can block A light blocking plate in the form of a detachable opaque circular plate that can transmit or block light between the solar LED lighting lamp and the lower part of the upper lighting lamp and the upper part of the intermediate lighting lamp, and the sunlight covered at a certain interval on the outside of the transparent container is transmitted A plurality of pheromone-scented or wild animal repelling compositions provided through the central part of the vertical side of a sticky pest oil solar bag sheet coated with a striped adhesive material that can be transparent or translucent and repeatedly colored in the color preferred by pests The pheromone emitted from the incense spout and the light wavelength by the LED white light and ultraviolet (UVA) light are used to trap pests with a solar bag sheet coated with insect repellent adhesive, or intermittently use a solar bag sheet that is a sticky insect oil coated with an adhesive insect repellent material. The learning effect of avoiding wild animals such as birds in contact, the light wavelength by the LED white light and ultraviolet (UVA) light passing through the solar back sheet, and the scent of the wild animal repellent composition provided inside the trap from a plurality of outlets As it spreads to the surroundings to exterminate wild animals,

Another object of the present invention is a multi-layered solar LED lighting lamp in which the solar LED lighting, which is a solar LED lighting, vertically and horizontally, is combined vertically and horizontally, and the color preferred by the pests is transparent or translucent at the time of cultivation of crops. By rapidly attracting pests by LED white light, LED ultraviolet (UVA) light, and pheromone scent to the repeatedly colored, striped sticky insect-inducing solar back sheet, pests are continuously captured by the sticky solar back sheet coated with an adhesive insect repellent material. It is to provide a sticky insect trap and wild animal extermination trap equipped with a rain screen that does not allow pests attracted by solar lighting to wander around the trap and multi-layered solar LED lighting.

Another object of the present invention is a solar LED lighting lamp of a multi-layer structure in which LED white light and LED ultraviolet (UVA) light, which are solar LED lighting lamps, are vertically and horizontally combined in a crop harvest period, and a sticky insect oil applied with a sticky insecticide solar The learning effect of avoiding wild animals such as birds that have been in intermittent contact with the backsheet, and the transparent or translucent color and the stripe-shaped pest attractant that the pests are repeatedly colored with LED white light and LED ultraviolet rays (UVA) ) To provide a sticky insect trap and wild animal extermination trap equipped with a rain screen that effectively repels wild animals by light and the scent of a wild animal repellent composition and a multi-layered solar LED lighting lamp.

Another object of the present invention is to prevent dripping water or rainwater from a sprinkler supplying moisture to crops in a facility house or plastic house or rainwater falling on farmland in the open field so that it does not come into contact with a solar bag sheet, a sticky insect oil coated with an adhesive material. It prevents the decrease in the insect trapping function of the sticky insect lubricating solar bag sheet due to the drop or abrasion of the adhesive material for trapping pests by blocking it, and improves the insect trapping efficiency. It is to provide a sticky insect trap and wild animal extermination trap equipped with a rain screen that can reduce pest control costs and a multi-layered solar LED lighting lamp.

Another object of the present invention is to remove and attach a light blocking plate to the lower part of the upper light for an efficient combination of white light and ultraviolet light (UVA) of a multi-layered solar led lighting light, so that the white light or A rain shield and multi-layered solar power that can improve the insect trapping efficiency by selectively using the reserve power in a facility house or plastic house with low solar illuminance by turning off or turning on the ultraviolet light and as a regular power in the open field cultivated land It is to provide a sticky pest trap and wildlife extermination trap equipped with LED lighting.

Another object of the present invention is to supply sufficient illuminance with multi-layered lighting so that small pests or insects do not stick to the lighting and the illuminance is not lowered due to the trapping of the sticky sheet, and in mountainous areas where electricity supply is not smooth. It is to provide a sticky insect trap and wild animal extermination trap with improved utilization, low power consumption, and long-term effect, equipped with a rain screen and multi-layered solar LED lighting.

It is an object of the present invention to provide a sticky insect trap and wild animal extermination trap provided with a rain screen and multi-layered solar LED lighting that is harmless to the human body and can minimize environmental pollution.

Another object of the present invention is to conveniently collect and replace sticky sheets contaminated by insect trapping to minimize filthy environment, pollution, etc. To provide a repellent trap.

The problems to be solved by the present invention are not limited to those mentioned above, and other problems not mentioned will be clearly understood by those skilled in the art from the following description.

A sticky insect trap and wild animal extermination trap equipped with a rain screen and multi-layered solar LED lighting according to the present invention for solving the above problems

A tubular network in which sunlight is projected and a plurality of inlets through which pests can be introduced is formed, and a certain portion of the lower part formed on the outside of the net and the upper part is concave in an open ring, and the sunlight is projected and excellent A circular plate-shaped rain screen that can block out, a transparent container in the shape of a barrel formed inside the mesh, and a combination of LED white light and LED ultraviolet (UVA) light using solar energy provided inside the container vertically and horizontally A light blocking plate in the form of a detachable opaque circular plate that can transmit or block light between the lower part of the upper light and the upper part of the intermediate light, and the outside of the transparent container, spaced apart and covered A plurality of pheromone scents or wild animal repelling composition scents provided through the central part of the vertical side of the solar bag sheet, which is a striped sticky insect oil that is transparent or translucent through which sunlight can pass and is repeatedly colored with the color preferred by pests The pheromone emitted from the outlet and the light wavelength by the LED white light and ultraviolet (UVA) light are used to attract and trap pests with the solar bag sheet coated with the insecticide adhesive solution, or the light wavelength by the LED white light and ultraviolet (UVA) light and the inside of the trap By spreading the fragrance of the wild animal repellent composition provided in the plurality of outlets to the surroundings to expel wild animals,

It is an eco-friendly, eco-friendly, pest-inducing solar back sheet that attracts pests by utilizing solar energy, and is formed on the top of the pedestal to maximize space utilization and block rainwater. To prevent a decrease in the adhesive performance of the sticky insect oil solar back sheet due to the rain shield, and to expand the lighting to the entire outer surface of the transparent container through which sunlight and the sticky insect oil solar back sheet, and to improve the insect control effect It is a multi-layered lighting structure that can attract pests with the lighting of led white light and ultraviolet (UVA) light with different wavelengths, and a plurality of pheromone scents or wild When growing crops near the center of the sticky sheet near the incense spout for animal repellent formulations, the LED white light and ultraviolet (UVA) light, transparent or translucent, and striped adhesive insecticides repeatedly colored with the colors preferred by pests are used. By rapidly attracting pests by the applied sticky pest oil solar backsheet and pheromone scent, the pests are captured, and by the continuous trapping of pests by the sticky pest oil solar backsheet point, by led white light, ultraviolet (UVA) light and pheromone Prevents attracting pests from wandering around the trap, and during crop harvesting, a multi-layered solar LED lighting that combines LED white light and UVA light, which are solar LED lighting, vertically and horizontally, and transparent or translucent The learning effect of avoiding wild animals such as birds that have been in intermittent contact with the solar back sheet, a sticky insect oil coated with a striped adhesive insect repellent material repeatedly colored in the color preferred by the pests and the learning effect that penetrates the solar back sheet It is a trap that effectively exterminates wild animals by led white light, led ultraviolet (UVA) light, and wild animal repellent composition.

Because the light is inside the transparent sticky sheet, small pests or insects do not stick to the light, and even if the amount of sunlight transmitted due to the trapping of the sticky sheet is small, the multi-layered structure of lighting ensures that the illumination time is not shortened because the light is turned off. LED lamp lighting using solar energy consumes less power, and its utility is improved even in mountainous areas where electricity supply is not smooth. It can be used for a long period of time by conveniently replacing only the sticky sheet that has been used because the adhesive is hardened,

It is a structure that can be hung from the ceiling of a plastic house by a ring or the upper part of a tree, or installed directly above a crop by a support joint in the lower part.

Since it can be used for both house security lights and pest trapping, it has a multipurpose use that can be used in various ways depending on the place and purpose of use.

And as a means for achieving the object of the present invention, the sticky insect trap and wild animal extermination trap equipped with a rain screen and multi-layered solar LED lighting according to the present invention is

A first casing of a tubular shape in the form of a mesh in which sunlight is projected and a plurality of inlets through which pests can be introduced is formed; a second transparent tubular casing having an opening communicating with the inside at an upper portion and being opened and closed by a stopper; a transparent third casing accommodated in the second casing and having an opening in the lower portion communicating with the inside, and having an inverted shape of a canister that is opened and closed by a stopper; a solar back sheet enclosing the second casing and having a transparent or translucent adhesive solution applied to the outer surface and a striped sticky insect oil repeatedly colored with a color preferred by pests; In order to prevent sagging of the upper left and right upper portions of the sticky pest oil solar bag sheet, the solar back sheet support in the form of a circular ring in the shape of a circular plate that is recessed into the screw portion of the opening of the second casing and is installed on the bottom surface and fixed with a stopper; ; A pheromone or repellent composition drug passage installed on the upper inner side of the lower end of the second casing; a plurality of pheromone incense or wild animal repelling composition incense outlets through which the second casing and the central portion of the vertical side of the sticky insect oil solar bag sheet can be blown out from the central portion of the sticky sheet through the second casing internal airflow; a first support for fixing and supporting the first casing, and for fixing and supporting the first casing; a second support fixed and accommodated in the first support, the second support fixing and supporting the second and third casings; a first lighting device installed by forming a through hole in the stopper of the second casing; a second lighting device that is spaced apart from a lower portion of the first lighting device by a predetermined interval, is inside the second casing, and is coupled to an upper end of the third casing; a third lighting device facing the sunlight to face the second lighting device and installed inside the third casing; a fourth lighting device inside the second casing, below the second lighting device, and horizontally installed on the upper left side of the third casing; a fifth lighting device horizontally installed on the right side to face the fourth lighting device; a solar reflector installed on the inner surface of the stopper of the third casing and spaced apart from the lower portion of the third lighting device; a ring fastening part in the shape of a round bar in which a certain part of the lower part is opened and fixed so that the first casing can be hung on a fixed object on the ground; a rain shield in the form of a circular plate that is recessed through the ring-shaped ring open at the lower part of the ring fastening part to project sunlight installed on the outside of the first casing and is installed on the upper part; and a coupling part for fixing the first casing, the second casing, and the third casing to the pedestal with a coupling member;

The first lighting device, the second lighting device, and the third lighting device are vertical in the form of a stand-alone solar cell module substrate and a lamp inside a tubular transparent container, and the fourth lighting device and the fifth lighting device are horizontal. It is formed in a multi-layered structure to emit light to the outer surface of the entire transparent container, and the first lighting device, the second lighting device, the third lighting device, and the fourth lighting device and the fifth lighting device integrate sunlight. A photovoltaic cell module substrate for generating electric power, a photovoltaic cell module support plate capable of firmly fixing the photovoltaic cell module substrate, and a capacitor capable of charging the power produced by the photovoltaic cell module substrate, and the capacitor; An LED lamp receiving power from and irradiating light, and an illuminance sensor provided on the light receiving surface of the photovoltaic cell module substrate to charge the capacitor with generated power during the day and to turn on the LED lamp after sunset; a control unit for controlling charging of the capacitor and lighting of the led lamp; and a lighting substrate that is fastened to the solar cell module support plate by a coupling member by fixing the capacitor, the led lamp, and the control unit, the first lighting device and the second The lighting device and the third lighting device have a light-transmitting material capable of refracting and diffusing the transmitted light, and a lighting cover protecting the led lamp is configured, and the lower end of the outside of the lighting cover of the first lighting device is opaque. The circular plate-shaped and detachable structure of the light blocking plate is fixed and fixed, and the pheromone fragrance or repellent product fragrance outlet has a through hole formed in the center, and the vertical side of the solar bag sheet containing the sticky pest oil and the transparent container. A pheromone-scented or wild animal repelling composition installed through the center of the second casing and installed by installing a shrinkable rubber bushing or silicone bushing having a hole smaller than the outer diameter in the through hole formed in the lower part of the second casing and inserting it into the hole in the bushing It is characterized in that the medicament container that can be installed in the incense indented inside is configured.

In addition, in the sticky insect trap and wild animal extermination trap provided with a rainwater screen and a multi-layered solar led lighting lamp, the rainwater screen is installed in a concave hole through an open round bar-shaped ring at the bottom of the ring fastening part. a central support that maintains and supports the center of the screen and can be rotated by an external force such as wind; A rain shield made of a transparent material that blocks rain and can project sunlight, and has elasticity and flexibility in the shape of a circular plate that can be deformed and restored by external forces such as wind; It is characterized in that it is composed of; a circular ring-shaped elastic ring made of an elastic material formed on the circumference of the outer edge of the evening shielding plate so that the outer shape of the circular plate can be maintained even when the deformation and restoration of the evenness shielding plate are repeated.

In addition, in the sticky insect trap and wild animal extermination trap equipped with a rain shield and multi-layered solar LED lighting, the lighting device of the second casing is an independent solar cell module in an inner space of a polygonal cylindrical shape including a transparent cylinder. It is characterized in that the substrate and the lamp are formed in a multi-layer structure in which vertical and horizontal are combined in two or more vertical shapes and one or more horizontal shapes.

In addition, detachable light blocking in the form of a circular plate made of an opaque material that is tightly fixed by a coupling member such as a bolt and a nut of a light reflecting unit coupling member passing through a through hole formed in the center of the lower end of the lighting cover of the first lighting device The plate prevents the downward lighting of the first lighting device from reaching the illuminance sensor built in the upper part of the second lighting device installed under the first lighting device, so that the second lighting device is turned on, so that the first lighting device and the second lighting device are turned on. The device is to be turned on at the same time, and when the coupling member and the light blocking plate are removed by separating the coupling member of the light blocking plate, the light of the LED lamp of the first lighting device is vertically downward, the light is the lighting cover When the first lighting device is turned on by controlling the illuminance sensor provided on the light receiving surface of the photovoltaic cell module board installed on the upper end of the second lighting device by illuminance higher than the light passing through the through hole formed in the lighting cover The second lighting device is turned off, and when the first lighting device is turned on, the second lighting device is controlled to turn off.

In addition, in the sticky insect trap and wild animal extermination trap equipped with a rain shield and a multi-layered solar led lighting lamp, the LED lamp of the first lighting device, the LED lamp of the second lighting device, and the LED lamp of the third lighting device And the LED lamp of the fourth lighting device and the LED lamp of the fifth lighting device are composed of one or more color-specific led elements including white light or RGB three primary color led elements or ultraviolet (UVA) led elements to improve the attracting effect for each pest. characterized by being

The sticky insect trap and wild animal extermination trap equipped with a rain screen and multi-layered solar LED lighting according to the present invention

A tubular network in which sunlight is projected and a plurality of inlets through which pests can be introduced is formed, and a certain portion of the lower part formed on the outside of the net and the upper part is concave in an open ring, and the sunlight is projected and excellent A multi-layered structure in which led white light and led ultraviolet (UVA) light using solar energy provided inside a circular plate-shaped rain screen that can block A light blocking plate in the form of a detachable opaque circular plate that can transmit or block light between the solar LED lighting lamp and the lower part of the upper lighting lamp and the upper part of the intermediate lighting lamp, and the sunlight covered at a certain interval on the outside of the transparent container is transmitted A plurality of pheromone-scented or wild animal repelling compositions provided through the central part of the vertical side of a sticky pest oil solar bag sheet coated with a striped adhesive material that can be transparent or translucent and repeatedly colored in the color preferred by pests The pheromone emitted from the incense spout and the light wavelength by the LED white light and ultraviolet (UVA) light are used to trap pests with a solar bag sheet coated with insect repellent adhesive, or intermittently use a solar bag sheet that is a sticky insect oil coated with an adhesive insect repellent material. The learning effect of avoiding wild animals such as birds in contact, the light wavelength by the LED white light and ultraviolet (UVA) light passing through the solar back sheet, and the scent of the wild animal repellent composition provided inside the trap from a plurality of outlets As it spreads to the surroundings to exterminate wild animals,

In the crop cultivation period, a multi-layered solar LED lighting lamp in which LED white light and UVA (UVA) light, which are solar LED lighting, are combined vertically and horizontally, and transparent or translucent and striped shape in which the color preferred by pests is repeatedly colored The sticky insect attracting solar back sheet quickly attracts pests by LED white light, LED ultraviolet (UVA) light, and pheromone scent. This is to prevent pests from roaming around the trap. During crop harvesting, a multi-layered solar LED lighting with a vertical and horizontal combination of LED white light and LED ultraviolet (UVA) light, which are solar LED lighting, and adhesive insecticides The learning effect of avoiding wild animals such as birds that have been in intermittent contact with this applied sticky insect oil solar bag sheet, and the transparent or translucent color that is repeatedly colored by the pests’ preferred color, which is a striped insect oil that penetrates the solar bag. It is to effectively exterminate wild animals by led white light, led ultraviolet (UVA) light, and wild animal repellent composition.

In addition, it blocks falling water or rainwater so that rainwater from sprinklers supplying moisture to crops in facility houses and plastic greenhouses or rainwater falling on farmland does not come into contact with the solar bag sheet, a sticky pest oil coated with adhesive material, to prevent insect trapping. Prevents the decrease in the insect trapping function of the solar bag sheet, which is a sticky insect oil, due to the removal or abrasion of the adhesive material for this purpose, and improves the insect capture efficiency. For the efficient combination of white light and ultraviolet light (UVA) of multi-layered solar led lights, the light blocking plate is removed and attached to the lower part of the upper light, so that the white light or ultraviolet light of the intermediate light with a built-in illuminance sensor. By turning off or turning on the light, it is possible to improve the insect trapping efficiency by selectively using the reserve power in a facility house or plastic house with low solar illuminance and as a regular power in the open field.

To prevent small pests or insects from sticking to the lighting, and to prevent the illuminance from being lowered by the trapping of insects on the sticky sheet, the multi-layered lighting provides sufficient illuminance. It has a variety of effects that can minimize filthy environment, pollution, etc. by conveniently collecting and replacing sticky sheets contaminated by insect traps to minimize environmental pollution. there will be

Effects of the present invention are not limited to those mentioned above, and other problems not mentioned will be clearly understood by those skilled in the art from the following description.

1 is a cross-sectional view showing a sticky insect trap and wild animal extermination trap provided with a rain screen and solar led lighting according to the present invention;
2 is a longitudinal sectional view taken along the line A-A' of FIG. 1;
Fig. 3 is a cross-sectional view of the upper part B-B' of Fig. 1;
Figure 4 is a plan view of the rain shield of Figure 1;
5 is a cross-sectional view showing a state in which the solar back sheet for attracting sticky insects of the present invention is overlaid on the second casing;
6 is a perspective view of a solar bag for attracting pests in which transparent or translucent and pest preference colors are repeatedly colored.
7 is a detailed explanatory view of a solar bag for attracting pests in which transparent or translucent and pest preference colors are repeatedly colored

An embodiment of the present invention is a rainwater screen used for catching various pests such as flies, mosquitoes, moths, etc. and harmful birds such as magpies, sparrows, crows, starlings, and wild animals such as elk, wild boar, raccoon, roe deer, etc. It relates to a sticky insect trap and wild animal extermination trap equipped with a multi-layered solar LED lighting lamp, wherein a tubular network in which sunlight is projected and a plurality of inlets through which pests can be introduced is formed, and the outside and upper part of the mesh A circular plate-shaped rain screen that can block rain and the sunlight formed by concave in the ring formed on the inside of the polygonal tube-shaped interior including a transparent cylinder through which sunlight can penetrate And 5 installed in a horizontal multi-layer structure, and a removable light blocking plate is provided on the lower part of the outer light cover of the upper lighting lamp to effectively combine white light and ultraviolet light (UVA) Incense or wild animal repellent composition Solar bag sheet with 4 incense outlets and transparent or translucent to allow sunlight to pass through and colored stripes in the color preferred by pests. It is preferably composed of

In addition, five stand-alone solar led lighting lamps of the present invention are installed in a multi-layer structure of vertical and horizontal shapes inside a polygonal shape including a transparent cylinder through which sunlight can be transmitted. It consists of 1~2 white light and 4~3 blue light (UVA ultraviolet) by attaching and detaching it. The multi-layer structure consists of a white light, such as upper and middle light, or upper light, and ultraviolet (UVA) light, lower light or lower light and middle light. It is made in a three-layer vertical form, and two ultraviolet (UVA) lights are combined in a horizontal form symmetrical left and right on the outer upper part of the third casing in a space where the middle light and the lower light are vertically spaced apart. The repellent composition is transparent so that the pheromone scent emitted from the inside of the transparent cylinder or the fragrance of the wild animal repellent composition can be diffused to the outside of the solar bag sheet, which is a sticky pest oil, passing through the sticky pest oil solar bag sheet covered on the outside of the transparent cylinder. Four of them are installed in a radial form by penetrating the outer side of the solar bag sheet, which is a sticky insect oil, and the solar bag sheet, which is a sticky insect oil, is a transparent or translucent synthetic resin zipper bag such as vinyl, and both sides are transparent so that sunlight can pass through. Or, it is a solar bag for attracting pests in which the translucent synthetic resin part and the pest-preferred color, such as yellow or blue, are repeatedly colored in stripes. It may be colored with and the other side may be composed of a transparent or translucent synthetic resin part and colored blue, which is a color preferred by some pests,

In the case of cultivating crops with relatively high pest activity and relatively low activity of wild animals, the trapping of pests and extermination of wild animals by the release of pheromone and wild animal repellent fragrance is intermittently applied to solar backsheet, a sticky insect oil coated with adhesive insecticide. It traps pests with the pheromone scent and the learning effect that wild animals such as birds that have come into contact with, and on the contrary, repels wild animals by emitting the scent of the wild animal repellent composition during the harvest period when the activity of wild animals is high and the activity of pests is low. it is preferable

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

In describing the present invention, if it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the gist of the present invention, the detailed description thereof will be omitted. In addition, the terms described below are terms defined in consideration of functions in the present invention, which may vary according to the intention of the user or precedent. Therefore, the definition should be made based on the content throughout this specification.

In addition, in the description of the present invention, the same or similar components are given the same or similar reference numerals, and detailed descriptions thereof will be omitted.

1 is a cross-sectional view of a sticky insect trap and wild animal extermination trap equipped with a rain screen and multi-layered solar LED lighting according to an embodiment of the present invention, and FIG. A-A' longitudinal cross-sectional view, Figure 3 is an upper B-B' cross-sectional view of Fig. 1 according to an embodiment of the present invention, Fig. 4 is a plan view of a rain cover according to an embodiment of the present invention, Fig. 5 is the present invention It is a cross-sectional view showing the appearance of covering the sticky insect-inducing solar back sheet on the second casing, FIG. 6 is a perspective view of a solar bag for insect attracting in which transparent or translucent and pest-preferred colors are repeatedly colored, and FIG. 7 is transparent or translucent and This is a detailed explanatory diagram of a solar bag for attracting pests that are repeatedly colored in pest preference colors.

The sticky insect trap and wild animal extermination trap equipped with a rain screen and multi-layered solar LED lighting according to the present invention

A first casing of a tubular shape in the form of a mesh in which sunlight is projected and a plurality of inlets through which pests can be introduced is formed; a second transparent tubular casing having an opening communicating with the inside at an upper portion and being opened and closed by a stopper; a transparent third casing accommodated in the second casing and having an opening in the lower portion communicating with the inside, and having an inverted shape of a canister that is opened and closed by a stopper; a solar back sheet enclosing the second casing and having a transparent or translucent adhesive solution applied to the outer surface and a striped sticky insect oil repeatedly colored with a color preferred by pests; In order to prevent sagging of the upper left and right upper portions of the sticky pest oil solar bag sheet, the solar back sheet support in the form of a circular ring in the shape of a circular plate that is recessed into the screw portion of the opening of the second casing and is installed on the bottom surface and fixed with a stopper; ; A pheromone or repellent composition drug passage installed on the upper inner side of the lower end of the second casing; a plurality of pheromone incense or wild animal repelling composition incense outlets through which the second casing and the central portion of the vertical side of the sticky insect oil solar bag sheet can be blown out from the central portion of the sticky sheet through the second casing internal airflow; a first support for fixing and supporting the first casing, and for fixing and supporting the first casing; a second support fixed and accommodated in the first support, the second support fixing and supporting the second and third casings; a first lighting device installed by forming a through hole in the stopper of the second casing; a second lighting device that is spaced apart from a lower portion of the first lighting device by a predetermined interval, is inside the second casing, and is coupled to an upper end of the third casing; a third lighting device facing the sunlight to face the second lighting device and installed inside the third casing; a fourth lighting device inside the second casing, below the second lighting device, and horizontally installed on the upper left side of the third casing; a fifth lighting device horizontally installed on the right side to face the fourth lighting device; a solar reflector installed on the inner surface of the stopper of the third casing and spaced apart from the lower portion of the third lighting device; a ring fastening part in the shape of a round bar in which a certain part of the lower part is opened and fixed so that the first casing can be hung on a fixed object on the ground; a circular plate-shaped rain shield that is recessed through the ring-shaped ring open at the lower part of the ring fastening part and is projected outside the first casing and installed on the upper part to block rain; and a coupling part for fixing the first casing, the second casing, and the third casing to the pedestal with a coupling member;

The first lighting device, the second lighting device, and the third lighting device are vertical in the form of a stand-alone solar cell module substrate and a lamp inside a tubular transparent container, and the fourth lighting device and the fifth lighting device are horizontal. It is formed in a multi-layered structure to emit light to the outer surface of the entire transparent container, and the first lighting device, the second lighting device, the third lighting device, and the fourth lighting device and the fifth lighting device integrate sunlight. A photovoltaic cell module substrate for generating electric power, a photovoltaic cell module support plate capable of firmly fixing the photovoltaic cell module substrate, and a capacitor capable of charging the power produced by the photovoltaic cell module substrate, and the capacitor; An LED lamp receiving power from and irradiating light, and an illuminance sensor provided on the light receiving surface of the photovoltaic cell module substrate to charge the capacitor with generated power during the day and to turn on the LED lamp after sunset; a control unit for controlling charging of the capacitor and lighting of the led lamp; and a lighting substrate that is fastened to the solar cell module support plate by a coupling member by fixing the capacitor, the led lamp, and the control unit, the first lighting device and the second The lighting device and the third lighting device have a light-transmitting material capable of refracting and diffusing the transmitted light, and a lighting cover protecting the led lamp is configured, and the lower end of the outside of the lighting cover of the first lighting device is opaque. The circular plate-shaped and detachable structure of the light blocking plate is fixed and fixed, and the pheromone fragrance or repellent product fragrance outlet has a through hole formed in the center, and the vertical side of the solar bag sheet containing the sticky pest oil and the transparent container. A pheromone-scented or wild animal repelling composition installed through the center of the second casing and installed by installing a shrinkable rubber bushing or silicone bushing having a hole smaller than the outer diameter in the through hole formed in the lower part of the second casing and inserting it into the hole in the bushing A medicine container that can be installed with incense infused inside is configured.

Looking at the drawings, the sticky insect trap and wild animal extermination trap 100 equipped with a rainwater screen and multi-layered solar LED lighting according to an embodiment of the present invention includes a rainwater screen 105 and a first casing 110 and , the second casing 120, and the third casing 130, and the sticky insect lubricating solar back sheet 140, and the sticky insect lubricating solar back sheet support 124 pheromone or wild animal repellent composition medicament container 128 and , pheromone and wild animal repellent composition incense outlet 150, and the first base 115, the second base 125, the first lighting device 160, the second lighting device 170, and the third lighting device 180 , a fourth lighting device 190 , a fifth lighting device 200 , a solar reflector 135 , a ring fastening part 113 , and a coupling part 220 .

In addition, the first lighting device, the second lighting device, and the third lighting device have an independent solar cell module substrate and a lamp in a vertical form inside a cylindrical transparent container, and the fourth lighting device and the fifth lighting device are It is formed in a horizontal multi-layer structure to emit light to the outer surface of the entire transparent container, and the first, second, third, fourth, and fifth lighting devices are solar A photovoltaic cell module substrate for generating power by integrating An LED lamp receiving power from the capacitor and irradiating light, and an illuminance sensor provided on the light-receiving surface of the solar cell module substrate to charge the capacitor with the generated power during the day and to turn on the LED lamp after sunset and a control unit for controlling charging of the capacitor and lighting of the led lamp, and a lighting substrate that is fastened to the solar cell module support plate by fixing the capacitor, the led lamp, and the control unit as a coupling member, and the first lighting device and The second lighting device and the third lighting device have a light-transmitting material capable of refracting and diffusing the transmitted light, and a lighting cover protecting the LED lamp is configured, and the lower end of the lighting cover outside of the first lighting device is composed of a light blocking plate of an opaque circular plate-shaped detachable structure that is closely fixed by a light reflecting unit coupling member, and the pheromone scent or repellent product scent spout is formed with a through hole in the center to form a tubular transparent container and It is installed through the center of the vertical side of the solar bag sheet, which is sticky insect oil, and a shrinkable rubber bushing or silicone bushing having a hole smaller than the outer diameter in the through hole formed in the lower part of the second casing is installed and inserted into the hole in the bushing. The pheromone scent or the wild animal repellent composition scent to be installed is indented inside and a pharmaceutical container that can be installed is configured.

The rainwater screen 105 is a sticky solar bag coated with the adhesive material of the present invention, in which sunlight is projected, spray water such as a sprinkler for moisture supply in the plastic house, falling water due to dew condensation on the ceiling of the plastic house, and rainwater from cultivated land This is to prevent the adhesive material from coming into contact with the sheet to prevent damage such as drop-off and abrasion of the adhesive material due to falling water and rain. It is the outside of the first casing 110 by penetrating through the open round bar-shaped ring and is installed in the shape of an umbrella on the upper part to maintain its original state by deformation and restoration due to external force during wind and heavy rain. It is composed of a material having elasticity and flexibility so that it can The rainwater shielding plate 105a of a flexible transparent material maintains and supports the center of the rainwater shield, and the central support 105b in a form that can be rotated by an external force such as wind and the rainwater shielding plate can be deformed and restored to its original state. A circular ring-shaped elastic ring (105c) made of an elastic material that is formed on the circumference of the outer circumference of the evening shield so that the circular plate-shaped external shape can be maintained even if repeated, and a fastening ring (105d) connecting the even and excellent shielding plate and the elastic ring ) is composed of

The rainwater shielding plate 105a is a transparent and flexible material, and it is easy to transmit sunlight, does not discolor by ultraviolet rays of sunlight, has excellent shear strength, and minimizes adhesion of dust due to rain. Synthetic resin series such as antistatic vinyl (ESD) is preferable, but this is not necessarily the case. In order to fasten the fastening ring 105d, the outer through hole is spaced apart from the outer end of the circumference of the rain cover plate by the inner diameter of the fastening ring. (105a1) is formed in four or more radially spaced apart, and a center through hole (105a2) is formed in the center so that the central supporter (105b) can be inserted and installed.

The outer through hole 105a1 preferably has a diameter of 2 to 5 mm so that the through hole of the rain cover plate is not damaged by shear force even after repeated deformation and restoration by external force such as wind.

The central through hole 105a2 is a central support 105b, which will be described later, is a vertical separation type formed by an upper lid and a lower body. It is formed to be smaller than the outer diameter and larger than the inner diameter so that a certain portion of the rain cover plate 105a is overlapped and fixed between the upper lid and the lower body of the central support.

The central support 105b is supported on the upper surface of the support 113a of the ring fastening part 113 to be described later to maintain and support the center of the rain cover 105, and to minimize deformation due to external forces such as wind. As a rotatable form, a through hole (105b1) is formed in the center and is concavely installed in the ring using the lower open space (113b) of the ring fastening part (113), the upper lid (105b3) and the lower body ( 105b2), it is a press-fit fixing method using an outer protrusion formed in the protrusion around the through hole of the upper lid and an inner protrusion formed in the protrusion around the through hole of the lower body, and the protrusion of the upper lid and the lower body The outer diameter is formed less than the outer diameter of the upper lid and lower body of the central support by 10-20 mm, the material of the central support (105b) does not corrode, and as a material that can be molded, synthetic resin such as polyethylene, polycarbonate, A non-ferrous alloy such as brass or bronze is preferred, but this is not necessarily the case.

The elastic ring 105c is connected by a fastening ring 105d to be described later on the outside of the circumference of the evenness shielding plate in order to maintain the circular state even after the rain cover plate 105a is deformed by an external force such as wind. It has elasticity to maintain a circular state even in the case of phosphorus deformation, does not corrode even when exposed to moisture, and does not harden in sunlight. It is preferable to connect using a compression clip so that it can be maintained, but a rectangular cross-section is more advantageous than a circular cross-section in terms of repetitive elastic restoring force. Although a welding method such as an electric pressure welding method may be used, it is also preferable to perform a heat treatment to prevent damage due to repeated deformation due to a decrease in elasticity due to hardening of the welding site.

The fastening ring 105d is for connecting the elastic ring 105c inside the fastening ring through a through hole 105a1 radially formed on the outside of the even cover plate 105a to connect it. It is possible to open and close by torsional external force, but it does not open to the side external force of the elastic ring caused by external force such as wind. A card ring or the like would be preferable.

The first casing 110 is a mesh-shaped tubular shape in which a plurality of inlets through which sunlight is projected and pests can be introduced, the vertical side of the first casing 110 is a circumferential round bar 111 and A lattice-shaped inlet is formed by intersecting a vertical round bar 112, and an umbrella-shaped inlet is formed in the upper part in a hat shape, and a ring fastening part 113 is formed in the central part of the upper end of the first casing, , a pedestal 115 to which the second casing 120 can be fixedly supported is formed at the lower portion, and is coupled by a coupling member 116 .

In addition, the first casing 110 per unit area in order to prevent shading of the light-receiving surface of the solar light-receiving surface of the multi-layered photovoltaic cell module substrate provided inside the transparent cylindrical shape and to maximize the influx and capture of pests of the sticky sheet. Although it may be exemplified that it is composed of a round bar with high bending strength and durability, or a round bar coated with powder, it is also possible to manufacture a plate shape, but is not limited thereto.

And, since the constituent members of the first casing 110 are exposed to sunlight for catching pests, it is preferable to use durable synthetic resin, PET, synthetic resin, powder-coated metal or corrosion-resistant metal and non-metal.

The ring fastening part 113 can be hung on a fixed object on the ground, and a certain part of the lower part is opened 113b so that the central support through hole 105b1 of the rain cover 105 is recessed so that it can be installed. As a ring shape of a round bar cross-section, the ring fastening part 113 is external to the first casing 110 with a coupling member such as a bolt and a nut and is composed of a ring support 113a so that it can be fastened to the upper center, The ring support serves as a support for supporting the central support 105b of the rain cover 105.

The first base 115 has a flat bottom and a protruding side surface of a flower pot stand, and the lower end of the first casing 110 is recessed into three or more annular coupling members 115b to form the first casing ( 110) and the first pedestal 115 are detachably coupled, and in the center of the interior, a through hole 115a into which a pipe fixed to the ground and installed can be inserted. can have a drainage function.

In addition, since the pedestal 115 has a flat structure in the form of concentric circles at regular intervals on the lower side of the outer surface, it can be installed on the floor of farmland or the floor of a livestock house to collect pests.

In the second casing 120 , the third lighting device 180 installed with the sun facing away from the sun in the inner space of the first lighting device 160 , the second lighting device 170 , and the third casing 130 is vertical. It is installed in a multi-layered structure of the shape, and serves to provide an internal space so that the fourth lighting device 190 and the fifth lighting device 200 are installed horizontally symmetrically on the left and right sides of the outer upper part of the third casing. As a tubular shape, the opening 122 communicating with the inside is formed narrower than the central portion of the body 121 to be opened and closed by the stopper 123, and the opening 122 is formed between the third casing 130 and the third casing. 1 The lighting device 150 has an inner diameter that can be inserted and installed, and the first lighting device 150 is installed at the center of the stopper 123, and the sticky sheet support 124 is attached to the top of the screw, etc. A through hole ( Two or more 129a) are radially formed in the circumferential direction of the body 121, and a through hole 126a is formed in the center of the lower surface of the second casing 120 to fix the second casing 120. A rubber bushing to be described later so that the pedestal 125 supported by the pedestal 125 is coupled by the coupling member of the coupling part 190, and the pheromone medicament container 128 can be fixed to be close to the vertical side of the body 121 It has a structure in which the through hole 128a in which the 128b is installed is formed, and the inner diameter of the upper opening of the second casing 120 is such that a shadow does not occur on the light receiving surface of the solar cell module substrate of the second lighting device. It has a structure formed to be smaller than the outer diameter of the middle portion of the second casing and larger than the outer diameter of the third casing installed inside the second casing.

The first lighting device 160, the second lighting device 170, and the third lighting device 180 are configured to be symmetrical in the vertical shape and the fourth lighting device 190 and the fifth lighting device 200 are symmetrical. The function of the multi-layered solar LED lamp is a structure that sequentially controls the lighting time and illuminance for trapping pests by sequentially turning on and off the LED lamp and the solar cell module substrate with an independent illuminance sensor, which will be described later. In the case of summer, the first lighting device, the third lighting device, The 4th and 5th lighting devices are turned on at dusk, and the 3rd lighting device is primarily turned off around 11pm, and the 1st lighting device, the 4th lighting device, and the 5th lighting device are turned off secondarily around 1am the next day. , it can be exemplified that the second lighting device is turned on and the lighting lamps are sequentially turned on until dawn, and the third lighting device turns off faster than the first lighting device, the fourth lighting device, and the fifth lighting device The device is installed with the light-receiving surface of the solar cell module substrate facing the sun so that the light is emitted in the sky direction rather than the earth direction to improve the illumination intensity for attracting pests after sunset. The reason that the second lighting device turns on later is because of the multi-layered structure of the vertical shape, and the lighting of the first lighting device operates the illuminance sensor of the second lighting device, so the second lighting device cannot be turned on. 1 The lighting equipment is turned on only after it is turned off.

That is, from sunset to around 11 pm, 4 lights are turned on, after 11 pm, 3 lights are turned on until 1 am the next day, and 1 lamp is turned on until dawn. It is active from sunset to around midnight, and it is known that the activity decreases with time after midnight until the dew of the dawn falls.

Therefore, in the lighting device of the second casing, the independent solar cell module substrate and the lamp are formed in two or more vertical multi-layer structures in the inner space of a polygonal cylindrical shape including a transparent cylinder, or two or more vertical shapes and one or more horizontal shapes. It can be formed in a multi-layer structure in which vertical and horizontal are combined in shape.

In addition, the lighting device of the second casing has at least one solar cell module substrate and at least one of the two or more solar cell module substrates and the lamp in the interior space of the polygonal cylindrical shape including the transparent cylinder, with the back of the sun and the vertical shape. It may be formed in a multi-layered structure.

The stopper 123 has a female screw portion formed on the inner shaft and is rotated and fastened using a male screw portion formed outside the opening of the second casing 140, and a through hole 123a is formed in the center to form the first lighting device ( 150) is coupled to the lower part of the stopper 123 and fixed with a coupling member such as a screw so that the light-receiving surface of the solar cell module substrate is exposed to sunlight. and synthetic resins, PET or powder coated metals, corrosion-resistant metals and non-metal materials with durability against exposure to sunlight are preferable.

The sticky insect oil solar bag support 124 is the second casing 120 to prevent sagging of the left and right upper portions of the solar bag sheet 150 which is a sticky insect oil, which will be described later, overlaid on the outside of the second casing 120 . As a circular ring shape in the shape of a circular plate which is recessed into the male screw part formed on the outside of the opening 122 of the 120 and is installed on the upper surface of the protrusion at the bottom and fixed using the female screw part formed on the inside of the stopper 133, the sticky The outer diameter of the pest attracting solar bag support 124 is less than 10mm less than the outer diameter of the second casing 120, and the inner diameter is 1-2mm larger than the male screw portion of the opening 122, and the second casing 120 of It is preferable that 1 to 2 mm less than the protrusion formed at the bottom of the male screw part of the opening 122. Polycarbonate, acrylic, etc. that are not hardened by sunlight as a transparent material so as not to affect the illuminance of sunlight on the lighting device installed inside the second casing 120 would be preferable.

The second pedestal 125 has a narrow upper surface and a wide lower edge of a round plate inverted, and a through hole 125a is formed in the center of the upper surface of the second pedestal 125 to form the coupling part. The coupling member of the bolt, nut and washer of 220 is inserted and fixed, and the lower edge of the pedestal 125 has three or more screws on the upper surface of the first pedestal 115 of the first casing 110 . It is fixed with a coupling member such as

The second support 125 may be manufactured integrally with the first support 115 of the first casing 110 to be detachably attached to the first casing 110 and the second casing 120 .

The pheromone or nocturnal animal repellent composition medicament container 128 is a basket shape having a known and commercially available pheromone luer 128c therein, and is formed in the through hole 128a formed in the lower part of the second casing 120. By installing a shrinkable rubber bushing (128b) or a silicone bushing with a hole smaller than the outer diameter of the pheromone drug container 128, the drug container is inserted and installed in the hole in the bushing to be fixed.

The pheromone lure 128c is a known and commercially available chemical substance produced by organic synthesis of the sexual pheromone of a specific insect to be captured, and is intended to transmit information to other sexes of the same insect species or to other individuals of the same insect. The pheromone lure 128c is mainly used for the sex pheromone and the aggregate pheromone, and is generally used for being replaced every 45 to 60 days.

The nocturnal repellent composition (not shown) is known and commercially available, and as a repellent for harmful birds and nocturnal animals to combat it, natural extracts and methyl anthranilate, cinnamon essential oil, peppermint essential oil, butyric acid, acetic acid, emulsifiers, As a non-lethal substance made up of solvent, capsaicin, and extract of chrysanthemum tree extract, the scent persistence and fragrance power of the repellent composition can be maintained, and the liquid does not flow out like a non-woven fabric rather than a general plastic pack, and the fragrance evaporates. It is sealed and used in a pack made of a material that emits outward smell.

The third casing 130 is accommodated in the interior of the second casing 120, an opening communicating with the interior is formed in the lower portion, and has a shape in which a transparent tube that is opened and closed by a stopper 133 is turned upside down. The second lighting device 170 and the third lighting device 180 are fixed to and supported in the through hole 137a formed in the center of the top, which is the outside of the third casing 130 so that the third lighting device 180 faces each other, and the second lighting device ( 170), the solar reflector 135 that reflects sunlight on the light receiving surface of the solar cell module substrate to be described later of the third lighting device 180 installed with the sun facing the back is placed on the inner surface of the stopper 133. Provide space for installation.

The third casing 130 is accommodated in the second casing 120 , and the solar photovoltaic module support plate 192 of the fourth lighting device installed on the upper left and right sides of the third casing and the sun of the fifth lighting device A part of the photovoltaic module support plate 202 is inserted and a rectangular oval hole (not shown) that can be fixedly installed in close contact with the inside of the second casing is formed symmetrically on the upper left and right sides of the third casing, and the size of the rectangular oval hole is the second When the photovoltaic cell module board 191 of the fourth lighting device and the photovoltaic cell module board 201 of the fifth lighting device are not inserted, it is possible to prevent shading of the photovoltaic cell module board.

The stopper 133 has a concave groove 136 formed in the central portion of the lower surface, and a through hole 136a is formed in the center of the concave groove 136 to form a bolt and a coupling member of the coupling portion 190. A washer is inserted, and a solar reflector 135 is installed on the inner surface of the stopper 133 formed on the outside of the concave groove 136 as an adhesive member having an adhesion performance, and by the coupling part 220 The third casing 130 , the second casing 120 , and the pedestal 125 are coupled and fixed together by a coupling member of a bolt, a nut and a washer.

The solar reflector 135 is a reflector larger than the outer diameter of the photovoltaic electronic module substrate spaced apart from the light-receiving surface of the photovoltaic cell module substrate installed with the sun of the third lighting device facing away from the reflective surface of the circular convex mirror. By installing this, the projected area of the reflected sunlight according to the altitude of the sun is increased, so that the amount of incident reaching the light receiving surface of the photovoltaic cell module substrate can be improved.

In addition, the solar reflector 135 maximizes the light reflectance through a metal material having excellent light reflection characteristics such as aluminum electrolytic polishing, stainless electrolytic polishing, etc., or a material with high reflectance such as glass or plastic attached to the product 3 It would be desirable to increase the power generation efficiency of sunlight by eliminating the shaded area of the solar cell module substrate 181 of the lighting device 180 .

The sticky insect oil solar back sheet 140 has a semicircular shape on both sides of the sticky insect oil solar back sheet 140 on the upper side to charge the solar cell module board such as a multi-layered independent solar lighting inside a transparent cylinder. By dividing and coloring transparently, it is easy to transmit sunlight through the solar photovoltaic module substrate of the upper light, and the middle light, left and right light, lower light solar cells installed inside the solar back sheet 140, which is the sticky insect oil. For charging the module substrate, sunlight is irradiated in a striped transparent or translucent section, and the solar cell module substrate can be charged by the diffraction principle of light. As a bag material, an adhesive solution such as nylon, PET, etc. that accommodates the adhesive solution 145 of the insect repellent liquid material inside the solar bag 141 of the sticky insect oil in the stripe shape repeatedly colored with transparent or translucent and pest-preferred colors ( 145) further comprising a transparent adhesive liquid bag 145a sealed with a material that does not elute the emulsifier of 145), so that when the sticky insect oil solar back sheet 140 is overlaid on the second casing, the insect oil solar bag 141 inside By opening the adhesive solution bag in the adhesive solution 145, the inner surface of the solar bag, which is a pest oil applied in the shape of a cone 142, is easily transformed into the outer surface, and the end of the solar bag 141, the insect oil, is held from the top to the bottom. It can be easily installed by pulling with a pheromone or wild animal repellent composition is fixed by the outlet (150).

And when the adhesive solution 145 is hardened over time, or a plurality of pests are attached to the solar bag sheet 140, which is sticky insect oil, it is made with the coupling member 116 of the first casing 110. This is to provide a structure that can be easily replaced by pulling up and removing the bottom of the sticky sheet 140 in a state separated from the one-half bed, and the solar bag sheet 140 of the sticky pest oil in the vertical form is horizontal. The vertical space utilization for the installation area can be maximized, and as a transparent plastic bag material, the light passing through the transparent container inside is emitted from the entire area of the solar back sheet 140, which is a sticky insect oil, so that the insect attracting effect can be improved. .

The adhesive liquid 145 is preferably a known and used insect trap liquid material containing an insect attractant such as carbon dioxide, ammonia, lactic acid, etc., but is not limited thereto.

The pheromone incense or wild animal repelling composition spout 150 is a vent hole 150a formed in the center of a protruding screw formed in a circular washer-shaped coupling member, and the body 151, the screw part 152 and the spout 153 ), and using the convection phenomenon inside and outside the second casing 120, a pheromone scent dispersed in the known and commercially available pheromone luer 128c built into the pheromone or wild animal repellent composition medicament container 128 Or the contractible rubber bushing (129b) or silicone bushing in which a hole is formed in the plurality of through-holes (129a) formed in two or more on the vertical side of the second casing 120 in order to eject the fragrance of the wild animal repellent composition into the atmosphere It is an example of installing and rotating in a hole in the rubber bushing of the second casing 120 by penetrating the sticky insect-inducing solar back sheet 140 with a screw formed on a circular washer-shaped coupling member, but is not limited thereto. .

In the first lighting device 160 , the light-receiving surface of the solar cell module substrate 161 is exposed to sunlight by using a coupling member such as a screw or the like in the through hole 123a of the stopper 123 of the second casing 120 . As being horizontally fixed as much as possible, the photovoltaic cell module substrate 161, the photovoltaic cell module support plate 162, the illuminance sensor 165, the capacitor 163, the led lamp 164, and the control unit 166. and a lighting cover 167, a lighting reflection unit coupling member 167c, a lighting blocking plate 167b, and a lighting substrate 169, but is not limited thereto.

And, the LED lamp of the first lighting device 160, the LED lamp of the second lighting device 170 to be described later, the LED lamp of the third lighting device 180, and the LED lamp of the fourth lighting device 190 and the second lamp 5 The led lamp of the lighting device 200 will preferably be composed of an LED element for each color including at least one white light or an RGB three primary color LED element or ultraviolet (UVA) light in order to increase the attracting effect for each pest.

The LED lamp of the first lighting device 160, the LED lamp of the second lighting device 170 to be described later, the LED lamp of the third lighting device 180, the LED lamp of the fourth lighting device 190, and the fifth lighting In general, the LED lamp of the device 200 can recognize ultraviolet (UVA, 320-400 nm) light by pests, and has the best response in the wavelength region near 365 nm, which is the UVA wavelength, 360-370 nm because academic data are being published. It would be preferable to use a combination of an ultraviolet LED element of a wavelength and a white light element.

The photovoltaic cell module substrate 161 is configured by integrating the light sensor 155 into a photovoltaic cell module made of Si (silicon) material, which is generally used to generate electric power by integrating sunlight.

The photovoltaic cell module support plate 162 firmly fixes the photovoltaic cell module board 161 and is coupled to the lighting board 169 to attach a screw or the like to the stopper 123 of the second casing 120 . It is fixed to and formed of a resistant synthetic resin or corrosion-resistant metal material that can be prevented from aging by sunlight, but is not limited thereto.

The solar cell module support plate 162 is a corrosion-resistant metal material having a thickness that can be fixed as a screw thread, or a synthetic resin resistant to sunlight.

The capacitor 163 serves to charge the power produced by the solar cell module substrate 151 and supply power to the led lamp 164 , and the charging is controlled by the control unit 166 , and commercially available Nickel-hydrogen (Ni-MH) capacitors that are being used are preferred.

The led lamp 164 receives power from the capacitor 153 and serves to irradiate light, and the light-emitting tip is the lower surface of the solar cell module support plate 162 , and the second casing 120 ) is installed in the center of the light cover 167 to face the lower part.

Since the led lamp 164 has a general characteristic of a light distribution straightness and a light distribution angle of about 90°, a well-known diffusion type led lamp with a flat upper surface of the led lamp and a white light irradiating a soft light to illuminate the surroundings are used. Thus, it would be desirable to enable the turn-off and lighting control of the led lamp 174 of the second lighting device 170 .

The illuminance sensor 165 turns on or turns off the led lamp 164 in connection with the control unit 166 by using a change in the resistance value according to the amount of light condensed on the light receiving surface of the solar module. When the resistance value decreases, power is charged in the capacitor 153 and the led lamp 164 is turned off, and when there is no light, the resistance value increases and the capacitor 163 is charged with the power charged to the led lamp 164 to light up.

In addition, the illuminance sensor 165 may be configured as a separate illuminance sensor that is not built in the solar cell module.

A through hole 167a is formed in the lower center of the lighting cover 167, and a light blocking plate 167b, which will be described later, is a detachable light reflecting unit coupling member that is easy to install and remove. The photovoltaic cell module substrate of the second lighting device 170 by blocking the illumination of the first lighting device 160 by fixing the bolt part of the 167c through the through-hole 167a to be in close contact with a nut or the like. This is to enable the illuminance sensor built in 171 to turn on (discharge), and when the light blocking plate 167b is separated and removed, the led lamp 164 light of the first lighting device 160 is Through this, a through hole 167a may be formed so that the illuminance sensor built in the photovoltaic cell module substrate 171 can turn off (charge) operation, and the lighting cover 167 is the led lamp 164 ), and a material such as transparent glass, acrylic, or synthetic resin that can be molded and processed so that light distribution can be diffused is preferable.

The light blocking plate 167b is easy to attach and detach, and has a disc-shaped structure that is smaller than the opening of the second casing 130 and larger than the solar panel support plate 162, and is made of opaque polycarbonate (pc). Synthetic resin series such as , PET, and the like are preferable, and for an efficient combination of white light and ultraviolet light (UVA) such as multi-layered solar led lighting, at the bottom of the lighting cover 167 of the first lighting device 160 Since the second lighting device 170 can be freely selected to turn on and off by installing it, it is possible to increase the insect trapping efficiency by selectively using the reserve power in a facility house or plastic house with low solar illuminance and as a regular power in the open field. that can be improved

In addition, the illumination reflection coupling member 167c of the first lighting device 160 is formed as a diamond-shaped or curved cone-shaped reflective inclined surface formed at various inclinations, so that the LED lamps of the second lighting device and the third lighting device are formed. It is to reflect the light irradiated downward or upward according to the straightness of the light to diffuse outward.

In addition, when the light blocking plate 167b is separated and removed, the through hole 167a is formed in the center of the lower end of the lighting cover 167 of the first lighting device 160 and the first lighting device 160 . The light of the led lamp 164 of the photovoltaic cell module board 171 installed on the upper end of the second lighting device 170 by the higher illuminance than the light passing through the light through the vertical direction downward. Controls the illuminance sensor 175 provided on the light-receiving surface, and prevents shadows from occurring on the photovoltaic cell module substrate of the second lighting device installed under the first lighting device. It can be a structure for turning off or turning on the led lamp 174 of the second lighting device 170 by securing a sufficient separation distance between the upper ends of the lighting devices, and in cloudy weather in the rainy season and rainy season in summer When the led lamp 164 is turned off at night due to insufficient charging amount of the capacitor 163 of the first lighting device 160 due to insufficient insolation, the illuminance sensor 175 of the second lighting device 170 In response to the absence of light, the LED lamp 174 of the second lighting device 170 is automatically turned on so that the function of the lighting lamp for attracting pests can be continuously maintained. It can also serve as a reserve power.

The second lighting device 170 includes a photovoltaic cell module substrate 171 , a photovoltaic cell module support plate 172 , an illuminance sensor 175 , a capacitor 173 , an led lamp 174 , and a control unit. 176 , a lighting cover 177 , a lighting reflector 178 , and a lighting substrate 179 , which is an outer surface of the upper end of the third casing 130 and an interior of the second casing 120 . accommodated and installed in

The second lighting device 170 is a standby power lighting device, and includes the first lighting device 160 and the light reflecting unit 178 installed on the lower surface that is inside the lighting cover 177 of the second lighting device. Since they are the same, detailed descriptions of the same components will be omitted.

The LED lamp 174 of the second lighting device is preferably installed with ultraviolet (UVA) light to improve the attraction of pests, and green light included in a wavelength of 520 to 600 nm to improve the effect of repelling wild animals. .

The light reflection unit 178 is a through hole (177a) formed in the center of the lower end inside the illumination cover 177 of the second lighting device 170, the through hole of the third lighting device 180 to be described later. 187a) by inserting a fastening bolt integrally provided at the lower end of the light reflection unit 178 of the second lighting device 170 to form a through hole 134 with the upper surface of the second lighting housing 130 interposed therebetween. It penetrates and is installed by coupling with fastening bolts and nuts.

In addition, the illumination reflecting unit 178 is formed as a curved reflective inclined surface of a diamond shape or a cone shape having various inclinations, and is irradiated downward according to the straightness of the light of the led lamp of the second lighting device 170. It has a structure to diffusely reflect outwardly of the second lighting device 170 .

The third lighting device 180 is installed so that the solar cell module substrate 181 faces the sunlight in order to irradiate the light for attracting pests in an outward direction rather than in the field direction where the crops are located. A shadow area is formed on the solar cell module substrate 181 so that the lower end of the lighting cover 187 of the third lighting device 180 is opposite to each other at the lower end of the lighting cover 177 of the lighting device 170 It is installed with the back of the sunlight, and is installed inside the third casing 130, a photovoltaic cell module substrate 181, a photovoltaic cell module support plate 182, a capacitor 183, and a led lamp ( 184), an illuminance sensor 185, a control unit 186, a lighting cover 187, a lighting reflector 188, and a lighting substrate 189.

The third lighting device 180 is configured such that the lower end of the lighting cover 177 of the second lighting device 170 and the lower end of the lighting cover 187 of the third lighting device 180 are opposite to each other. 3 With the upper surface of the casing 130 interposed therebetween, the second lighting device 170 and the third lighting device 180 are coupled in a vertical form by the fastening bolt 188 and the fastening nut 188 of the light reflection unit. The second lighting device 170 and Since they are the same, detailed descriptions of the same components will be omitted.

The led lamp 184 receives power from the capacitor 183 and serves to irradiate light in the sky direction opposite to the ground, and the light-emitting tip is the upper surface of the solar cell module support plate 182 , is installed so as to face the sky direction in the center of the interior of the lighting cover (187).

The led lamp 184 is an embodiment, and it is preferable to install it as a diffusion type of ultraviolet (UVA) light in order to improve the attracting effect of pests.

The illuminance sensor 185 is configured according to the amount of sunlight reflected from the solar reflector 135 to be condensed on the light receiving surface of the solar module in order to eliminate the shadow area formed on the solar cell module substrate 171 . By turning on or off the led lamp 184 in connection with the control unit 186 using a change in the resistance value, the resistance value decreases during the day when there is sunlight, so that the capacitor 183 is charged with power and the The led lamp 184 is turned off, and after sunset without sunlight, the resistance value increases so that the led lamp 184 is turned on with the power charged in the capacitor 183 .

The fourth lighting device 190 includes a photovoltaic cell module substrate 191, a photovoltaic cell module support plate 192, an illuminance sensor 195, a capacitor 193, an led lamp 194, and a control unit. Consists of 196 and a lighting substrate 179, a lighting cover is not installed to improve lighting efficiency that is radiated outward from a transparent cylinder, and is accommodated in the second casing 120, and the third casing ( 130), the outer part of the solar photovoltaic module support plate of the fourth lighting device is inserted into a rectangular oval hole (not shown) formed on the outside left side of the upper end of the upper part of the second casing 120 in close contact with the solar module substrate horizontally It is fixedly installed, and the size of the rectangular oval hole should prevent the photovoltaic module substrate from being shaded because the solar cell module substrate is not inserted.

The LED lamp 194 of the fourth lighting device is preferably installed with an ultraviolet (UVA) tube in order to improve the insect attracting effect.

The manufacturing name device 200 is outside the third casing 130 so as to be symmetrical with the fourth lighting device 190, and except that it is horizontally fixed to the upper right side of the third casing inside the second casing 120. 4 Since it is the same as the lighting equipment, a detailed description of the same components will be omitted.

The coupling part 220 is a coupling member of a bolt, a nut and a washer so that the lower surface of the second casing 120 and the upper surface of the pedestal 125 and the stopper 133 of the third casing 130 are detachable. is coupled to, and a round bar-shaped protrusion is formed on the bottom surface of the coupling member and is fixed to the ground and coupled to the installed post.

On the other hand, although specific embodiments have been described in the detailed description and accompanying drawings of the present invention, the present invention is not limited to the disclosed embodiments, and the technical spirit of the present invention is provided to those of ordinary skill in the art to which the present invention pertains. Various substitutions, modifications, and changes are possible without departing from it. Therefore, the scope of the present invention should not be limited to the described embodiments and should be construed to include not only the claims described below but also equivalents to the scope of this patent.

It can significantly reduce the use of pesticides in agricultural pest removal, and is an eco-friendly, environmentally friendly pest trap that uses solar energy to minimize damage to harmful birds and wild animals. Since it can be used for various purposes such as livestock houses and plastic houses, it can be judged that there is a high possibility that it will be used as a factory automation industry for expansion because it has good market accessibility.

100: Sticky insect trap and wild animal extermination trap equipped with rain screen and multi-layered solar LED lighting
105 ; rain shield
105a: rain cover plate, 105b: central support, 105c: elastic ring, 105d ; fastening ring
110: first casing
111: horizontal round bar 112: vertical round bar 113: ring fastening part
113a: ring support, 113b: lower open space
115: first support 116: coupling member
120: second casing
121: body 122: opening 123: stopper
124: sticky insect attracting solar back sheet support
125: second support
128: pheromone fragrance or wild animal repellent composition fragrance medicine box
128c: Phermon Lure
129b: pheromone fragrance or wild animal repellent composition fragrance spout rubber bushing
130: third casing
133: stopper 135: solar reflector 136: concave groove
140: sticky insect attracting solar bag sheet
141: pest attracting solar bag 142: cone part 145: adhesive liquid
145a: adhesive liquid bag
150: pheromone vent
160: first lighting device 170: second lighting device 180: third lighting device
190: fourth lighting device 200: fifth lighting device
161, 171, 181, 191, 201: solar cell module substrate,
162, 172, 182, 192, 202: solar cell module support plate
163, 173, 183, 193, 203: Cape City
164, 174, 184, 194, 204: led lamp
165, 175, 185, 195, 205: light sensor
166, 176, 186, 196, 206: control unit
167, 177, 187, : light cover
167a: through hole, 167b: light blocking plate 167c: light reflecting unit coupling member
178, 189, : Light reflection part
169, 179, 189, 199, 209: lighting board
220: coupling part

Claims (7)

A first casing of a tubular shape in the form of a mesh in which sunlight is projected and a plurality of inlets through which pests can be introduced is formed; a second transparent tubular casing having an opening communicating with the inside at an upper portion and being opened and closed by a stopper; a transparent third casing accommodated in the second casing and having an opening in the lower portion communicating with the inside, and having an inverted shape of a canister that is opened and closed by a stopper; a solar back sheet enclosing the second casing and having a transparent or translucent adhesive solution applied to the outer surface and a striped sticky insect oil repeatedly colored with a color preferred by pests; In order to prevent sagging of the upper left and right upper portions of the sticky pest oil solar bag sheet, the solar back sheet support in the form of a circular ring in the shape of a circular plate that is recessed into the screw portion of the opening of the second casing and is installed on the bottom surface and fixed with a stopper; ; A pheromone or repellent composition drug passage installed on the upper inner side of the lower end of the second casing; a plurality of pheromone scents or wild animal repelling composition scent outlets through which the second casing and the central portion of the vertical side of the sticky insect oil solar bag sheet can be blown out from the center portion of the sticky sheet through the second casing internal airflow; a first support for fixing and supporting the first casing, and for fixing and supporting the first casing; a second support fixed and accommodated in the first support, the second support fixing and supporting the second and third casings; a first lighting device installed by forming a through hole in the stopper of the second casing; a second lighting device that is spaced apart from a lower portion of the first lighting device by a predetermined interval, is inside the second casing, and is coupled to an upper end of the third casing; a third lighting device facing the sunlight to face the second lighting device and installed inside the third casing; a fourth lighting device inside the second casing, below the second lighting device, and horizontally installed on the upper left side of the third casing; a fifth lighting device horizontally installed on the right side to face the fourth lighting device; a solar reflector installed on the inner surface of the stopper of the third casing and spaced apart from the lower portion of the third lighting device; a ring fastening part in the shape of a round bar in which a certain part of the lower part is opened and fixed so that the first casing can be hung on a fixed object on the ground; a circular plate-shaped rain shield that is recessed through the ring-shaped ring open at the lower part of the ring fastening part and is installed outside the first casing and is installed on the upper part to project sunlight and block rain; and a coupling part for fixing the first casing, the second casing, and the third casing to the pedestal with a coupling member;
The first lighting device, the second lighting device, and the third lighting device are vertical in the form of a stand-alone solar cell module substrate and a lamp inside a cylindrical transparent container, and the fourth lighting device and the fifth lighting device are horizontal. It is formed in a multi-layered structure to emit light to the outer surface of the entire transparent container, and the first lighting device, the second lighting device, the third lighting device, and the fourth lighting device and the fifth lighting device integrate sunlight A photovoltaic cell module substrate for generating electric power, a photovoltaic cell module support plate capable of firmly fixing the photovoltaic cell module substrate, and a capacitor capable of charging the electric power produced by the photovoltaic cell module substrate, and the capacitor; An LED lamp receiving power from and irradiating light, and an illuminance sensor provided on the light receiving surface of the solar cell module substrate to charge the capacitor with the generated power during the day and to turn on the LED lamp after sunset; It consists of a control unit for controlling charging of the capacitor and lighting of the led lamp, and a lighting substrate that is fastened to the solar cell module support plate by a coupling member by fixing the capacitor, the LED lamp, and the control unit, the first lighting device and the second The lighting device and the third lighting device have a light-transmitting material capable of refracting and diffusing the transmitted light, and a lighting cover that protects the LED lamp is configured, and the lower end of the outside of the lighting cover of the first lighting device is opaque. The circular plate-shaped and detachable structure of the light blocking plate is fixed in close contact and the pheromone scent or repellent product scent outlet has a through hole formed in the center, so that the vertical side of the solar bag sheet containing the sticky pest oil and the cylindrical transparent container. A pheromone scent or wild animal repelling composition installed through the center of the A sticky insect trap that is equipped with a rain screen and solar led lighting, characterized in that it consists of a medicine container that can be installed with incense inlet inside.
The method of claim 1
The rain cover is installed in a concave hole through the ring-shaped ring open at the bottom of the ring fastening part to maintain and support the center of the rain cover, and a central support of a form that can be rotated by an external force such as wind; A rain shield made of a transparent material that blocks rain and can project sunlight, and has elasticity and flexibility in the shape of a circular plate that can be deformed and restored by external forces such as wind; Excellence characterized in that it consists of a circular ring-shaped elastic ring made of a material having elasticity formed on the circumference of the outer side of the raincoat shielding plate so that the outer shape of the circular plate shape can be maintained even if the deformation and restoration of the rainwater shielding plate are repeated. Sticky insect trap and wildlife extermination trap equipped with screen and multi-layered solar LED lighting The method of claim 1
The lighting device of the second casing is formed in a multi-layer structure in which the independent solar cell module substrate and the lamp are combined vertically and horizontally into two or more vertical shapes and one or more horizontal shapes in an inner space of a polygonal cylindrical shape including a transparent cylinder. A sticky insect trap and wild animal extermination trap equipped with a rain screen and multi-layered solar LED lighting, characterized in that it becomes. The method of claim 1
A detachable light blocking plate in the shape of a circular plate made of an opaque material that is tightly fixed by a coupling member such as a bolt and a nut of a light reflecting unit coupling member passing through a through hole formed in the center of the lower end of the lighting cover of the first lighting device is The downward lighting of the first lighting device does not reach the illuminance sensor built in the upper part of the second lighting device installed under the first lighting device, so that the second lighting device is turned on so that the first lighting device and the second lighting device are connected. It is to be turned on at the same time, and when the coupling member and the light blocking plate are removed by separating the coupling member of the light blocking plate, the light of the led lamp of the first lighting device is vertically downward, and the light is formed on the lighting cover. By controlling the illuminance sensor provided on the light-receiving surface of the solar cell module board installed on the upper end of the second lighting device by illuminance higher than the light passing through the through hole and passing through the lighting cover, the second lighting device is illuminated when the first lighting device is turned on. The device is turned off, and when the first lighting device is turned on, the second lighting device is controlled to turn off. The method of claim 1 .
The LED lamp of the first lighting device, the LED lamp of the second lighting device, the LED lamp of the third lighting device, the LED lamp of the fourth lighting device, and the LED lamp of the fifth lighting device emit white light to improve the attracting effect for each pest. Sticky insect trap and wildlife extermination trap equipped with a rain shield and multi-layered solar led lighting, characterized in that it consists of one or more color-specific led elements or RGB three primary color led elements or ultraviolet (UVA) led elements, including: . The method of claim 2 .
The rain shielding plate is a transparent and flexible material, and it is easy to transmit sunlight, does not discolor due to ultraviolet rays of sunlight, has excellent shear strength, and can minimize adhesion of dust due to rain. Synthetic resin series such as vinyl (ESD) is preferable, but this is not necessarily the case. In order to fasten the fastening ring, it is spaced apart from the outer end of the circumference of the rain cover plate by the inner diameter of the fastening ring so that the outer through-holes are radially spaced at regular intervals. It is formed in four or more places, and a central through-hole is formed in the center so that the central support can be inserted and installed, and the outer through-hole is a through-hole of the rain shielding plate despite repeated deformation and restoration due to external force such as wind. The diameter of the through hole is 2 to 5 mm so as not to be damaged by shear force,
The central support is a vertically separated type formed of an upper lid and a lower body, and is a press-fit fixing method using the outer protrusion of the upper lid and the inner protrusion of the lower body. A portion of the plate is overlapped and fixed between the upper lid and the lower body of the central support, and the central support is supported on the upper surface of the support of the ring fastening part to maintain and support the center of the rain cover and external force such as wind. As a form that can be rotated in order to minimize deformation by It is a press-fit fixing method using an outer protrusion formed in the protrusion around the through hole of the upper lid and an inner protrusion formed in the protrusion around the through hole of the lower body, and the outer diameter of the protrusion of the upper lid and the lower body is the upper lid of the central support. and 10 to 20 mm less than the outer diameter of the lower body, the material of the central support 105b does not corrode, and as a material that can be molded, synthetic resins such as polyethylene and polycarbonate, and non-ferrous alloys such as brass and bronze preferably,
The elastic ring is connected with a fastening ring to be described later on the outside of the circumference of the rain cover plate to maintain a circular state even after the rain shielding plate is deformed by an external force such as wind. Stainless steel wire and galvanized carbon steel wire, which are materials that do not corrode even when exposed to moisture, and do not harden in sunlight, are manufactured in a round bar or rectangular cross section and connected using a compression clip to maintain the circular shape. It is preferable, but it will be said that a rectangular cross-section is more advantageous than a circular cross-section in terms of repetitive elastic restoring force. A welding method such as an electric pressure welding method may be used, but it is also desirable to perform a heat treatment to prevent damage due to repeated deformation due to a decrease in elasticity due to hardening of the welding site.
The fastening ring is for connecting the elastic ring to the inside of the fastening ring through a through hole formed radially on the outside of the rain shielding plate, and it should be possible to open and close it, and it is possible to open and close it by a torsional external force, but wind It is not open to the side external force of the elastic ring due to external force, such as a rain shield and Pest trap and wildlife extermination trap equipped with solar LED lighting.
The method of claim 1
A through hole is formed in the center of the lower portion of the lighting cover, and the light blocking plate installed in the lower portion of the through hole is a bolt portion of a detachable light reflection unit coupling member that is easy to install and detach so that it penetrates the through hole and is in close contact with a nut or the like. It is to be fixedly installed to block the illumination of the first lighting device so that the illuminance sensor built in the solar photovoltaic module board of the second lighting device can turn on (discharge), and the lighting blocking plate is separated and removed In the case where the LED lamp light of the first lighting device is penetrated, a through hole is formed so that the illuminance sensor built in the solar photovoltaic module substrate can turn off (charge) operation, and the lighting cover protects the LED lamp. A material such as transparent glass, acrylic, synthetic resin, etc. that can be molded and processed so that light distribution can be diffused is preferable.
The light blocking plate is easy to attach and detach, and is smaller than the opening of the second casing and has a disk-shaped structure formed larger than the solar panel support plate 162, and the material is opaque polycarbonate (pc), PET (PET), Synthetic resin series such as such is preferable, and it is installed under the lighting cover 167 of the first lighting device for an efficient combination of white light and ultraviolet light (UVA) of a multi-layered solar led lighting lamp to turn on the second lighting device A rain screen and solar panel, characterized in that it is possible to improve the insect trapping efficiency by selectively using the reserve power in a facility house or plastic house with low solar illuminance and constant power in the cultivated fields of the open land because it is possible to freely select and turn off the light. Pest trap and wild animal extermination trap equipped with optical LED lighting.

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