KR20200093132A - Sticky insects capture and wildlife displace trap with insect attracting solar bag and multilayared structure of solar light led lamp - Google Patents

Abstract

The present invention relates to a wild animal repelling trap. The wild animal repelling trap comprises: a first casing; a second casing; a third casing; a solar back sheet; a sticky seat support; a pheromone or repellent formulation chemicals container; a plurality of pheromone flavor or wild animal repellent composition flavor spouts; a first strut; a second strut; a first lighting device; a second lighting device; a third lighting device; a fourth lighting device; a fifth lighting device; a solar light reflector; a ring fastening unit; and a coupling unit. According to the present invention, wild animals can be efficiently repelled.

Description

{Sticky insects capture and wildlife displace trap with insect attracting solar bag and multilayared structure of solar light led lamp} equipped with multi-layered solar led lighting and pest attraction solar bag

The present invention is a multi-layered solar led used for trapping various pests such as flies, mosquitoes, moths, and other wild animals such as dangerous birds and elk, wild boar, raccoon, roe deer such as magpie, sparrow, crow, etc. A sticky pest trap and a wildlife extermination trap equipped with a lighting and pest attraction solar bag,

Not only flies and mosquitoes that cause harmful diseases by providing harmful enzymes to humans or livestock, as well as flying insects such as moths and stink bugs that cause great damage to crops, dangerous birds such as magpies, sparrows, crows, and starlings, elk, and wild boar , A net-shaped net and a tubular transparent container in which sunlight is projected and a plurality of inlets through which pests can be introduced is formed to efficiently and eco-friendly pest capture and fight wild animals such as raccoons, roe deer, etc. A multi-layered solar led light with vertical and horizontal combination of led white light and led ultraviolet (UVA) light using solar energy provided inside,

A transparent or translucent transparent space that can be transmitted with a certain amount of space on the outside of the transparent container and the color preferred by the pest is repeated through the central portion of the vertical side of the solar bag sheet, which is a striped pest pest colored. A solar bag coated with insect repellent at a light wavelength (365~376nm) with permon and led white light emitted from a plurality of permon or wild animal repellent composition fragrance and ultraviolet (UVA, 320~400nm) light effective for pest attraction It is to fight wild animals by trapping pest pests with a sheet, or spreading the light repellent composition of led white light and ultraviolet (UVA) light inside the trap and spreading the repellent of the wild animal repellent from a plurality of spouts to the surroundings.

The multi-layered solar led light has a solar cell module substrate and a lamp and an illuminance sensor formed independently, forming a vertical and horizontal led white light and ultraviolet (UVA) light in a multi-layer structure inside a cylindrical transparent container. This is to radiate the lighting, which increases the solar projected area and the condensed area to improve the efficiency of solar energy utilization and expands the illumination area to the outer surface of the entire transparent container. By converting to a charge to the capacitor and supplying sufficient power to the led lamp that emits light with charged power at night, the effect of attracting pests and fighting wild animals is improved,

The plurality of Permon scents and wild animal repellent squirt spouts emit Permon scent during crop cultivation, and the crop harvester has a cylindrical transparent container and a center of the vertical side of the solar back sheet, which is a sticky pesticide, to emit sheds. Permanently installed, the perman or wild animal repellent composition provided at the bottom of the inside of the cylindrical transparent container When cultivating crops in the cultivation period, volatility for the attraction of the same pest or other sex of the same pest species to the specific pest emitted Since it exudes the scent or repellent scent of the chemical or sex-producing permon, which has chemicals, it can trap pests or fight wild animals.

A transparent container through which sunlight is transmitted and a solar white light and UV (UVA) light emitting LED light and UV (UVA) light, which are formed in a vertical and horizontal multi-layer structure as the external surface of the entire solar back sheet, which is a pest pesticide, and a solar strap that attracts pests The insects attracted by the perm scent emitted from the center of the sheet are trapped with the insect repellent solution applied to the solar back sheet, which is a pest pest, or the wild animals provided in the trap and the light wavelength caused by led white light and ultraviolet (UVA) light The performance of combating wild animals due to the scent emitted from the repellent composition may be improved, and the multi-layer for easy installation and replacement of the solar bag sticky sheet which is the pest oil utilizing the flexibility of the solar bag, which is a pest oil of a plastic bag material, can be easily installed and replaced. It is related to the trap of pests and wildlife extermination traps, which are equipped with a structured solar led light and a solar bag that is a pest attraction.

In general, pests such as flies, mosquitoes, and moths are powerful vectors for infectious diseases. Diseases carried by these pests include typhoid, paratyphoid salmonella, protozoan diseases, tuberculosis, leprosy, parasites, bacterial dysentery, cholera, and meningitis, and cause filthiness, discomfort, and sleep disturbance, as well as numerous other damages to humans. .

Unlike these pests, thrips are not a medium for infectious diseases, but microscopic pests are known worldwide, with 2 subspecies, 8 families, 700 genera, and more than 6,000 species, and in Korea, 2 genera, 4 genera, 30 genera, 50 species (94' Korea Pest Myeongjip) is known. The main thrips that damage crops are Taiwan thrips, thrush beetles, convex thrips, mandarin thrips, Akashi thrips and Hawaii thrips, which have suffered much damage in the past, but have been quarantined since September 93 Phosphorus yellow thrips and cucumber thrips have begun to appear, and now they are the most damaging. In addition, the tangerine oyster moth, which has a great impact on citrus farming, is known to be the largest pest of nomadic or ungrown adult trees with high amounts of summer or autumn.

In general, moths with strong propagation power, regardless of larvae or adults, are seriously damaging farms, such as sucking the sap of crops and gnawing leaves and fruits.

One of the methods for effectively treating such infectious and non-infectious pests is a method using pesticides, which has a disadvantage of detrimental effects on humans .

In addition, in farmland or orchards, they are often damaged by wild animals such as magpies, sparrows, crows, starlings, wild birds such as elk, wild boar, raccoon, roe deer, etc., such as digging grains or cutting fruit. In the rural areas, it has remained a big problem until recently, due to the enormous damages such as deteriorating the marketability and greatly reducing the yield.

For example, when looking at the actual amount of damage caused by wild tide in Korea, it is very serious, reaching 11.4 billion won in 1999. In particular, fruit damage such as pears, apples, grapes, etc. accounts for as much as 71% of total crop damage racks, and magpies among harmful tides account for 60% of the damage, and wild animals including wild boar and elk Is the most damaging animal in the crop harvest season, and no official report has been made on accurate statistics, but it has been reported in the newspaper that wild boar damages about 5 billion won, and elk about 2.4 billion won a year in Korea. However, considering the non-aggregated damage, the damage is expected to be much larger than the above figures.

Among the dangerous birds, magpies are known to have excellent learning effects and have limitations that make it difficult to combat them by determining that they do not harm themselves when repeated in one way, such as sight, hearing, and smell.

In the 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 has gradually increased in recent years. However, the installation of the electric fence is most effective in preventing the invasion of wild animals, but there is a problem that it is impossible to respond to birds, and installation and maintenance costs are high.

As a method of compensating for the shortcomings in the field of pest control, it is attracted with an attractant that uses the characteristics of the highly developed olfactory pests for illumination prediction, mating disturbance, and mass capture of target pests, and attracts with adhesive light, etc. Pest traps of the physical capture method used have been used.

Types of the above-described traps are sticky traps, delta traps using sticky pheromones on the inner surface of a triangular tube, uni traps using attractants, or bucket traps. Funnel traps, fish-net traps and tetragonal traps, beetle traps for attracting scarabs, attractants and pesticides attracted to infants, etc. Toddlers widely used to attract pests, such as lepidoptera or beetle, which are active at night using the main trappings of water traps, cone traps, and traps. There are light traps and electric shock traps that kill pests attracted to infants by electric shock.

If the stickiness of the trap is more abundant with respect to the trap, a flat board trap with stickiness on both sides of a rectangular thin plate body is the most common, and is widely used for the purpose of attracting micro pests generated in greenhouses.

The sticky traps are mostly used for daytime killing, and the attraction effect is different depending on the color, and yellow is attracted to powdery birds, aphids, oyster flies, root flies, parasites, etc., and white to flea leafworms and aphids. , Blue is mainly used for incentives such as thrips.

However, one of the important things in the sticky trapping method is to attract pests to the capture area including the adhesive layer, and the known adhesive solution of the sticky pest trap is a pest permon composition containing an attractant such as carbon dioxide, ammonia, and lactic acid. And the adhesive composition is dispersed and mixed to be applied to one or both sides of a flat sheet or film according to the place and use of the sticky pest trap, so that the liquidity is changed to a material with low liquidity. There were disadvantages, and there was the inconvenience of using a separate container such as a plastic bag when disposing of the trap and synthetic resin sheets and the remaining adhesive liquid with pest pollutants such as flies and mosquitoes when collecting and disposing of the consumed pest sticky trap. .

In order to solve this discomfort, recently, light emitted by insects such as moths is radiated with a lamp, attracts pests with sex permon or aggregated permon, and then inhales the pests close to the capture entrance with a suction fan to capture the net. Pest catching device using lighting and permon to capture pests by attracting and capturing pests with artificial lighting and permon at night by using nocturnal habits of pests such as moths at fruit farms Therefore, it is possible to improve the efficiency of trapping pests and reduce the amount of pesticides, so it is preferred because it has the advantage of enabling eco-friendly agriculture and producing higher quality fruits.

In other words, permon is a chemical that is made in small amounts in the body of an insect and emits odor in the air.It is secreted for the purpose of transmitting information to different sexes of the same insect species or to different individuals in the same insect. According to the behavioral response between individuals, it is divided into sex permon, collective permon alarm permon, assistant permon, distributed permon, and class differentiation permon.

Among them, mating disturbance technology using sex permon, which is one of the most commonly applied in pesticide farms, is widely synthesized by targeting pest pests and spraying them in a large amount. It is a pest control technology developed as a method to reduce the next-generation density by interfering with mating.

In particular, since the mating communication of moths relies mainly on the sense of smell rather than the time from the evening of the sun to the dawn of the next day, the mating disturbance using sex permon can be more effective, and many moth pests have a single cross, It is known that there is a male and female mating period, and if the mating period is missed due to the mating disturbance caused by sex permon, the possibility of losing mating ability or producing an egg is increased.

Therefore, although sex permon is a chemical substance, it is highly sensitive to sensitivity, so it can exert a great pest attraction effect even when applied in a very small amount. It is harmless to the human body because it has little toxicity, and has high volatility, so it is not environmentally friendly. It is expected that the application will be expanded, and many studies using it are in progress.

However, most of these lighting and capture devices using pheromones and suction fans are provided with lighting and permons adjacent to the inside of the pest trap entrance, which is the upper part of the capture device, and the suction fan and the capture network are installed at the bottom to control the pest capture entrance. This is a structure that traps the pests attracted to the trap using only the suction of the suction fan, and when the suction fan is not running, the pests collide with the lighting near the lighting and permon near the capture entrance, the upper part of the capture device. In the early stages of operation of the suction fan, the pests are trapped in the collecting network by the forced suction airflow of the suction fan, but after the initial operation of the suction fan, fermon is discharged to the discharge airflow formed near the lower part of the trapping device after the trapping network. The pests attracted by the fermon are moved from the upper capture inlet to the lower capture discharge position, and the pest capture rate decreases, and the pests attracted by the lighting can be attracted close to the capture device. Due to noise caused by driving, it does not approach the entrance to the capture, so the trapping rate decreases, and the pests that are not captured and stay around the lighting lamp can cause side effects that damage the crops. Although it is possible to improve the efficiency of collecting pests by using a timer to operate in a cycle, the noise due to frequent operation and stoppage may be increased, so that the number of individuals wandering around the pests attracted to the vicinity of the pest trap device may increase. have.

In addition, most of the well-known lighting means such as ultraviolet lamps or incandescent lamps (or fluorescent lamps) are used as lighting devices. Since small pests or insects stick to the lighting lamps, the illumination will fall and the insects will not be attracted if they are not cleaned frequently. , In the mountainous areas where electricity is not supplied smoothly, its utilization is low, power consumption is large, and durability is short.

Republic of Korea Patent Registration No. 10-0849037 (registered on July 23, 2008) is a pest trapping device that utilizes a solar light collecting module, a manned light, and a sex permon drug container, and is a mechanism that captures pests that harm agricultural crops both day and night. In connection with, the lightning rod 11 is installed at the center of the convex portion of the upper surface, the lampshade 10 having a fastening portion to fasten the attraction lamp 20 at the center of the concave portion of the lower surface; An attraction lamp 20 provided to be installed on the fastening part of the lampshade 10; Four wings 32 are installed to be crossed in a cross shape adjacent to the lower end of the lampshade 10, and the receiving groove 31 to secure the space of the manned light 20 at the top and the slope at the bottom. Wing portion 30 provided to achieve; A pest suction port 40 installed adjacent to the lower portion of the wing portion 30 and having a through-hole 41 through which the center extends as the upper end expands and the lower end contracts; A collection network 50 installed at a lower portion of the pest suction port 40 to collect pests; A receiving portion is provided to accommodate the pest intake port 40 therein, a door 61 for replacing the collecting network 50 is provided on the outer surface, and a mesh body 62 is provided at the bottom to allow air to communicate with each other. The fuselage 60 to be; And a suction fan 70 installed by the 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 an air flow from top to bottom. As the pests attracted through the back and the drug pheromone drug stored collide with the cross-shaped wing, and are captured by the suction fan by the trap, more effectively capture pests that harm the crops, both day and night. Reference numeral 33, which is not described, denotes a medicine container, and the medicine container 33 is installed inside the wing portion 30, as shown in FIGS. 1 to 4.

The drug container 33 can be used both during the day and night, but is mainly used to put sex pheromones to attract pests during the day, and the light collecting module converts sunlight into electrical energy on the upper surface of the lampshade, and the day and night. Pest capture device characterized in that it further comprises an illuminance sensor for identifying,

St. Permon drug container is installed inside the wing so that it is close to the pest attraction on the suction side, and the air flow by the suction fan is formed downward and discharged. It is possible by natural air flow only when it is not, and it is impossible when the suction fan is running, so the effect of attracting insects and trapping can be low. Side effects of damaging crops may occur as uninfested pests stay around the lamp, and the night light attracted by the heavy rain or cloudy weather may not be enough due to the light collecting area of the solar light collecting module of the lampshade. May have the inconvenience of having to supply separate power.

In addition, Republic of Korea Patent No. 10-1703167 (2017.01.31. registration) is a development of a sticky trap for insect control using permon, which includes an attractant trap formed with an adhesive on a substrate and a pheromone luer formed on the attracted trap It is an eco-friendly insect attraction trap, which is harmless to the human body by not using insecticide components, can minimize environmental pollution, and can exert long-term effects without lowering the attraction by insect pheromones. In the development of a sticky trap for insect control using permon, which has a very good advantage,

As the adhesive is not fixed in the attract trap area where the adhesive is formed and the pest is trapped, it is only necessary to fix the permon lure in the center of the attract trap area by fixing the permon lure in the center of the attract trap area. There is a disadvantage in that the attraction and collection effect of pests can be lowered than attraction.

In addition, Korean Patent Registration No. 10-1804563 (registered on November 28, 2018) is a sticky pest trap provided with a zipper bag, and the sticky pest trap 100 according to the present invention has a plurality of inlets 101 so that large pests can be introduced. ) Is formed of a cylindrical first casing 110, a second casing 120 accommodated inside the first casing 110, and the second casing 120, and an adhesive is applied to the outer surface It may include a sticky sheet 130 and the support 140 for fixing and supporting the first casing 110 or the second casing 120, and utilizes the fluid viscosity of the adhesive liquid made of the insect liquid material. And, it is possible to improve the efficiency of trapping pests by easily installing the sticky sheet and maintaining the performance of attracting pests of the liquid material of the insect, and it is possible to easily replace the sticky sheet, and the second casing 110 In the second casing, a light that attracts a main insect can be installed, and a sticky pest trap is provided with a zipper bag to prevent contamination of the human body or clothing.

Lighting for pest attraction is described as being able to be installed inside the second casing, and since there is no specific invention, trap traps that attract and collect pests with only the attractant contained in the adhesive solution, and in the case of trapping the liquid material in the zipper bag sticky sheet It is convenient to apply and replace liquid, and may be economical because it is inexpensive, but the pest trapping effect of the sticky trap may be more insufficient than the pest trap that attracts and traps pests with lighting and permon.

In addition, a physical repelling device or a chemical repelling agent has been used as a method of compensating the disadvantages of the wild animal eradication field, and a chemical method has been studied in parallel in a physical device.

The algae eradication technology such as silencers, light reflectors, and guns using physical tools is effective as a rejection reaction to the physical eradication tools at first with limited efficacy that stimulates only a single sense of algae and excellent learning ability of algae. It seems as though, as time goes by, repeated learning has only a temporary prevention effect, and it does not get a long-term effect, so the effect duration is short, which fundamentally prevents access to animals or birds.

The method of using a chemical repellent, which is one of the above-mentioned algae-repellent technologies, is generally a semi-solid or gel-like composition, which is installed in the form of exposure to the atmosphere, and the persistence and smell of the aroma is reduced, or after being buried in birds or other animals It can cause secondary pollution to fruits and buildings.

Thus, in recent years, as a non-fatal substance composed of domestic methyl anthranilate, cinnamon essential oil, peppermint essential oil, butyric acid, acetic acid, emulsifier, solvent, capsaicin and vinegar extract, the persistence and fragrance of the fragrance of the repellent composition can be maintained. In addition, a repellent that prevents secondary contamination and loss by using a method in which the composition is sealed in a pack made of a material that is evaporated and smells out while the liquid does not flow out like a non-woven fabric, rather than a general vinyl pack. Is released and marketed, and a liquid repellent (Plantosol), which is developed as a liquid fertilizer for organic nitrogen in Germany and imported for algae, is commercially available.

Therefore, the method of combating wild animals in which a physical method using sound or light by solar energy and a chemical method using the odor of a repellent composition are used in parallel requires continuous research.

Republic of Korea Patent Publication No. 10-2012-0068001 (published on June 28, 2012) is a "repelling dangerous birds and wild animals combined with a green music supply device," in repelling to prevent access to dangerous birds and wild animals. It is installed on the upper end of the fixed support (A) that is installed on the solar panel 110 to be able to convert solar heat into electrical energy, and the solar panel 110 is connected to the electricity generated by the solar panel 110 The power storage device 120 that charges energy to supply power, and is installed on the power storage device 120, detects external illuminance and supplies or cuts power to the power, thereby fearing birds or wild animals. The hologram reflector 140 provided at a certain distance from the fixed support (A) by the connecting support 141 so as to be shaken by the wind while avoiding the approaching animal shape is turned on/off of the optical sensor 130. A light emitting diode 150 operated by the hologram reflector 140 to express various light, and a laser unit 160 operated by ON/OFF of the light sensor 130 to express a laser by the hologram reflector 140 ); An acoustic emission unit 170 installed on the lower side of the power storage device 120 and equipped with an acoustic semiconductor and an acoustic speaker to emit sounds disliked by birds or wild animals; A repellent material storage unit 180 which is installed on the lower end side of the fixing support (A) and stores repellent, which is an odor-causing substance, in order to diffuse odors disliked by birds or wild animals; It is structured to store and fix the non-like substances such as cresol soap or naphthalin, which birds and wild animals don't like, but it is stored in a container or composed of a mesh shape so that the smell can be easily spread and spread by the wind. Eradication of algae and wild animals as a green music supply device characterized in that,

During the winter season when harmful birds and wild animals are active, the repellent material storage unit is exposed to the outside, so the repellent material cannot spread to the surroundings by wind or the like due to freezing of the repellent material due to the inflow of snow. There is difficulty in combating animals, and in the spring, summer, and autumn, exposure to rain prevents the loss of repellents, so there is another difficulty in combating birds and wild animals due to efficient repellent function. If freezing occurs due to solar charging is not possible, the function of extermination will be insufficient.

In addition, the registered patent No. 10-1537030 (registered on July 9, 2015) is “a method for protecting crops using holograms including the eyes of natural animals and a protection mechanism thereof”, both eyes or sheep on an optical base film containing fluorescent material. Method and method of manufacturing a crop protection device for wildlife protection by laser-printing the face or whole body of a natural animal, including claws, as a hologram, and applying a composition containing a phosphor and a repellent to both eyes or both claws Disclosed is a crop protection device manufactured according to the present invention, and in particular, it uses herb plant oils and extracts to enhance the repelling effect, and by applying phosphorus to it, it not only doubles the repelling effect of nocturnal wildlife, especially mammals and bird animals. There is an excellent effect of improving the versatility and durability by providing the blocking effect by experiment, and the graphic photograph of the laser-printed natural enemies avoids harmful wild animals by itself and protects them from crops, but the natural enemies feared by the wild animals When a phosphorescent material is applied to both eyes or claws of an animal, the repelling effect can be doubled by fearing a nocturnal animal through luminescence at night. As a luminescent material in the technical field to which the present invention belongs, Fluorescent material or phosphorescent material in which the amount of light is controlled by reflecting or transmitting light rays may be used. Specifically, the light emitting material according to the present invention preferably has an absorption wavelength of 200 to 400 nm and a light emission wavelength of 520 to 600 nm. Therefore, according to the present invention, for effective blocking of nocturnal wild animals, a method of protecting crops using holograms including the eyes of natural enemies that must select a phosphor that can emit energy in the green region as a night light emitting material and a protection mechanism thereof Although disclosed,

In the daytime, a phosphorescent material is mixed with an adhesive and a repellent composition on the eyes or toenails, which are part of the natural body of the natural animal, to excel in decaying wild animals. Since it is applied to a part of the body to block wild animals, the emission time of the emission wavelength due to the energy of the green area at night due to the absorption of white light, which is daytime sunlight without a separate solar energy charging facility, is limited. There is no limit to the fight against wildlife at night until sunrise the next day after sunset, and there is a limit to be able to emit light only a few hours after sunset, so it will be difficult to fight wildlife with day and night continuity.

As described above, it is possible to capture pests at the time of crop cultivation, fight wild animals at the time of harvesting crops, attract pests using sunlight as a power source, and generate light or odor that birds and wild animals dislike. In terms of commercial aspects, including the environmentally friendly, effective pest control that can easily combat wild animals by stimulating the sense of sight or smell, harmless to the human body, and minimizing environmental pollution, and the price of wild animal traps, etc. A lot of research on this situation is needed.

Republic of Korea Registered Patent No. 10-0849037 (July 23, 2008 registered) Republic of Korea Registered Patent No. 10-1703167 (Registration on January 31, 2017) Republic of Korea Registered Patent No. 10-1804563 (Nov. 28, 2018) (Public Document 0004) Republic of Korea No. 10-2012-0068001 (2012.06.28.Public) Republic of Korea Registration Patent No. 10-1537030 (2015.07.09. registration)

The problem to be solved by the present invention in consideration of the above problems is to provide harmful enzymes to humans or livestock, and to fly or mosquitoes that cause various diseases, as well as fly pests, such as moths and stink bugs, which greatly damage crops or Harmful birds such as magpies, sparrows, crows, starlings, and wild animals such as elk, wild boar, raccoon, roe deer, etc.Effective and eco-friendly pest capture and plural where pests can be introduced to fight wildlife A multi-layered solar led light with vertical and horizontal combination of led white light and led ultraviolet (UVA) light using solar energy provided inside a cylindrical network and a cylindrical transparent container where an inlet of the is formed,

A transparent or translucent transparent space that can be transmitted with the sunlight covered by a certain distance on the outside of the transparent container, and a stripe-shaped string repeatedly colored with the color preferred by the pest penetrates through the center of the vertical side of the solar bag sheet, which is pest pest oil. Pelmon and led white light and ultraviolet (UVA) light emitted by a plurality of permon-scented or wild animal repellent-producing spouts are trapped by pest light attracting pesticides with solar white light and ultraviolet (UVA) light. UVA) to disperse wild animals by diffusing the light wavelength by light and the composition of the wild animal repellent provided inside the trap from a plurality of spouts to the surroundings,

An object of the present invention is to provide a trap for trapping pests that are harmless to the human body and can minimize environmental pollution.

Another object of the present invention is a multi-layered structure of a solar LED light, which is a vertical and horizontal combination of LED white light and LED ultraviolet light (UVA) light, which is a solar LED lighting lamp during plant cultivation, and a transparent or translucent and a color preferred by pests. The repeatedly colored striped sticky string quickly attracts pests with led white light, led ultraviolet (UVA) light, and permon scent to the solar back sheet, which is a pest pest, and the pests are continuously captured by the adhesive insect material, so that the solar l pests are captured. A sticky trap that does not roam around the trap provides a pest trap.

Another object of the present invention is a multi-layered structure of a solar led light, which combines vertically and horizontally with white and white ultraviolet light (UVA) light, which is a solar led lighting lamp, when harvesting crops, and a color preferred by transparent or translucent and pests. It is to provide a trap for effectively eradicating wild animals by using led white light, led ultraviolet (UVA) light, and the repellent composition of a wild animal repellent that transmits a repeatedly colored striped pest pest, a solar bag.

Another object of the present invention is that a small pest or insect does not stick to the lighting, and sufficient illumination is provided by lighting in a multi-layered structure so that the illuminance due to pest trapping of the sticky sheet is not reduced, and in mountainous areas where electricity supply is not smooth. It is to provide a pest trap for stickiness that improves its utilization, has low power consumption, and can exert long-term effects.

Another object of the present invention is to provide a sticky pest trap for minimizing dirty environment, pollution, etc. by conveniently collecting and replacing the sticky sheet contaminated by pest trapping.

The problem to be solved of the present invention is 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.

In order to solve the above problems, a multi-layered solar led light according to the present invention and a sticky pest trap and a wildlife extermination trap equipped with a solar bag attracting pests have a plurality of inlets through which sunlight is projected and pests can be introduced. A multi-layered solar led light with vertical and horizontal combination of led white light and led ultraviolet (UVA) light using photovoltaic energy provided inside the formed cylindrical and cylindrical transparent containers, and the outside of the transparent container A plurality of permons provided through a central portion of a vertical side of a solar back sheet, which is a stripe-shaped stick that is repeatedly colored with a transparent or semi-transparent and a color that a pest prefers to be transmitted, which is spaced apart at a predetermined interval and can transmit sunlight. Permon and led white light emitted from a fragrance or wild animal repellent scent spout, and a solar bag sheet coated with an insect repellent at a wavelength of light by ultraviolet (UVA) light to capture pest pests, or for led white light and ultraviolet (UVA) light As a light wavelength and the repellent composition of the wildlife repellent provided inside the trap is diffused from a plurality of spouts to the periphery to fight the wildlife,

Eco-friendly, which uses solar energy to induce pests, and a vertical, cylindrical strap for vertical space utilization, a solar back sheet, which is a pest attraction, is formed on the top of the pedestal to maximize space utilization and transparent containers and strings that transmit sunlight. It is a multi-layered lighting lamp structure that can attract pests with illumination of led white light and ultraviolet (UVA) light led lamps with different wavelengths to extend the lighting to the external surface of the entire pest attraction solar back sheet and to improve the pest control effect. When the crops are cultivated in the vicinity of the center of the sheet where the container and muscle string are provided through a plurality of Permon-scent or wildlife repellent squirts provided through the center of the vertical side of the sheet, when the crop is cultivated, solar white light, led white light and ultraviolet (UVA) light and transparent Alternatively, the translucent and insect-preferred color is a streak-shaped sticky string that is repeatedly colored and attracts the pest quickly by the solar backsheet and permon scent, which are led white light and ultraviolet (UVA) light due to the continuous capture of the pest by the adhesive insecticide. And the pests attracted by the permon do not wander around the trap, and when harvesting crops, the solar white led light, which is a solar led light and led ultraviolet light (UVA) light, are combined vertically and horizontally. Efficiently eradicates wild animals by transparent or translucent and led white light and led ultraviolet light (UVA) light that penetrates the solar back sheet, which is a streak of streak, which is repeatedly colored with the color preferred by the pest, and the composition of wild animal repellent. Is a trap to do,

Since the transparent string is inside the sheet, small pests or insects do not stick to the lamp, and even if the amount of sunlight transmitted by the insect trap of the sheet is small, the lighting is turned off so that the lighting time does not decrease, so that the lighting time is sufficient. Securing, lighting of led lamps using solar energy consumes less power, improves its utilization even in mountainous areas where electricity is not smoothly supplied, and the transparency of the sticky sheet decreases due to the collection of dead pests, or time has elapsed. As the adhesive is hardened, the sticky sheet that has been consumed can be conveniently replaced for a long period of time and installed on the floor of a house or farmland by a stand,

It is a structure that can be installed on the ceiling of a plastic greenhouse or a tree by a hook, or installed on the top of a crop by a supporter coupling part at the bottom.

It can also be used in combination with the security of houses and the collection of pests, so it has versatility 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, a multi-layered solar led light according to the present invention and a sticky pest trap and a wildlife extermination trap equipped with a solar bag that is a pest attractant can project sunlight and infest pests. A first casing having a cylindrical shape as a network shape in which a plurality of inlets are formed; An opening communicating with the inside is formed on the upper portion, and a transparent second casing having a cylindrical shape opened and closed by a stopper; A transparent third casing accommodated inside the second casing and formed with an opening communicating with the inside at the bottom, and turned upside down by a stopper; A solar back sheet enveloping the second casing and having a stripe-like sticky pesticide colored transparent or translucent coated with an adhesive on the outer surface and a color preferred by pests; A strap support provided on the top surface of the stopper of the second casing to prevent sagging of the left and right upper portions of the solar bag sheet, which is the pest oil; A permon or repellent composition drug passage installed on an upper side of the lower inner side of the second casing; A plurality of Permon scents or wild animal repellent squirts that penetrate the central portion of the vertical side of the solar casing sheet, which is the pesticide pesticide, and the second casing can be ejected to the outside from the central portion of the sticky sheet; A first support fixing and supporting the first casing, and fixing and supporting the first casing; A second pedestal fixedly accommodated inside the first pedestal and 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 spaced apart at a lower portion of the first lighting device and coupled to an upper end inside the second casing and outside the third casing; A third lighting device having a back light facing each other so as to face the second lighting device, and installed inside the third casing; A fourth lighting device which is inside the second casing, is below the second lighting device, and is horizontally installed on the left side of the outer top of the third casing; A fifth lighting device installed horizontally on the right side opposite to the fourth lighting device; A solar reflector which is spaced apart at a lower portion of the third lighting device and installed on the inner surface of the stopper of the third casing; A ring fastening part installed to suspend the first casing on a fixed object on the ground; It includes; a coupling portion for fixing the first casing, the second casing and the third casing to the base with a coupling member;

The first lighting device, the second lighting device, and the third lighting device are vertical solar cell module substrates and lamps inside a cylindrical transparent container, and the fourth lighting device and the fifth lighting device are horizontal. It is formed in a multi-layered phosphorus structure to emit light to the outer surface of the entire transparent container, and the pneumatic or repellent squirt outlet is formed with a through hole in the center to form a cylindrical transparent container and a vertical back of the solar bag sheet that is a pesticide. It is characterized by being installed through the center of the side.

In addition, in the trap for trapping pests and fighting wild animals, which has a multi-layered solar led lighting and a solar bag that is a pest attraction, the first lighting device, the second lighting device, the third lighting device, and the fourth lighting device and fifth The lighting device charges the photovoltaic module module substrate for producing electricity by integrating sunlight and the photovoltaic module support plate that can securely fix the photovoltaic module module substrate and the electric power produced by the photovoltaic module module substrate. Capable capacitor, a led lamp that is supplied with power from the capacitor to irradiate light, and is provided on a light-receiving surface of the solar cell module substrate to charge the produced power during the daytime to the capacitor and after sunset, the led lamp A light sensor for lighting, a control unit for controlling charging of the capacitor and lighting of the led lamp, a light cover for protecting the led lamp as a material through which light can refract and diffuse transmitted light, and the capacitor, It is characterized in that it consists of an illumination substrate that is fastened by a coupling member to the solar cell module support plate by fixing a led lamp and a control unit.

In addition, in the trap for trapping pests and fighting wild animals, which has a multi-layered solar led lighting and a solar bag that is a pest attraction, the first casing is a network in which a plurality of inlets are formed so that sunlight is projected and pests can be introduced. As a cylindrical shape, the vertical side of the first casing is formed with a grid-shaped inlet, and the upper part is formed with a hat-shaped inlet, and is composed of a rod with high corrosion resistance or powder coating, which has high bending strength and durability. It is characterized by.

In addition, a multi-layered solar led light and a sticky insect trap and a wildlife extermination trap equipped with a solar bag that is a pest attraction, are formed to be hung on a fixed object on the ground by forming a ring fastening part at the top of the first casing. It is characterized by.

In addition, in the trap for trapping pests and fighting wild animals, which is provided with a multi-layered solar led light and a pest attraction solar bag, the lighting device of the second casing is a stand-alone solar cell in an interior space of a polygonal cylinder shape including a transparent cylinder. It is characterized in that the module substrate and the lamp are formed of a multi-layer structure of two or more vertical shapes or 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, in the trap for trapping pests and fighting wild animals, which has a multi-layered solar led light and a pest attraction solar bag, the lighting device of the second casing includes two or more suns in an interior space of a polygonal cylinder shape including a transparent cylinder. At least one of the photovoltaic module substrate and the lamp is characterized in that the solar cell module substrate and the lamp is formed in a vertical multi-layer structure with the sun facing back.

In addition, in the trap for trapping pests and fighting wild animals, which has a multi-layered solar led lighting and a solar bag that is a pest attraction, the solar reflector receives light from the photovoltaic cell module substrate installed against the sun of the third lighting device. And a reflector larger than the outer diameter of the photovoltaic electronic module substrate facing the reflective surface of the circular convex mirror spaced apart at a predetermined interval.

In addition, in the trap for trapping pests and fighting wild animals, which has a multi-layered solar led lighting and a solar bag that is a pest attraction, the inner diameter of the upper opening of the second casing is received by the photovoltaic module module of the second lighting device. It is characterized in that it is less 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 so that no shading occurs on the surface.

In addition, in the trap for trapping pests and fighting wild animals, which has a multi-layered solar led lighting and a solar bag that is pest pest, the solar bag sheet, which is a pest pest pest, is a sealed transparent adhesive that accommodates adhesive fluid inside a transparent plastic bag. It is characterized in that it further comprises a bag to open the adhesive bag from the inside of the plastic bag and cover the inner surface of the coated plastic bag with the outer surface when the solar strap sheet, which is the pesticide, is covered with the second casing.

In addition, in the trap for trapping pests and fighting wild animals, which has a multi-layered solar led lighting and a solar bag that is a pest attraction, the coupling part is coupled with a coupling member so that the first casing, the second casing, and the third casing are detachable. , On the bottom surface of the coupling member is characterized in that the protrusion is formed in a round bar shape is coupled to the holding post fixed to the ground.

In addition, in the trap for trapping pests and extermination of wild animals equipped with a multi-layered solar led light and a solar bag that is a pest attraction, a through hole formed in the center of the bottom of the lighting cover of the first lighting device is a led of the first lighting device. Controlling the illuminance sensor provided on the light-receiving surface of the photovoltaic module module installed on the top of the second lighting device by the higher illuminance than the light passing through the illumination cover as the light of the lamp passes vertically downward. It is characterized by.

In addition, in the trap for trapping pests and exterminating wildlife, which has a multi-layered solar led lighting and a solar bag that is a pest attraction, the inside of the lighting cover of the second lighting device and the inside of the lighting cover of the third lighting device are The illumination reflector further provided at the center of the top is formed of a diamond-shaped or curved cone-shaped reflective inclined surface formed of various inclinations, or downward or upward according to the straightness of the light of the led lamps of the second and third lighting devices. It is characterized in that the reflected light is diffused to reflect outward.

In addition, in the trap for trapping pests and fighting wild animals with a multi-layered solar led light and a solar bag that is a pest attraction, the led lamp of the first lighting device and the led lamp of the second lighting device and the led of the third lighting device The lamp and the led lamp of the 4th lighting device and the led lamp of the 5th lighting device are one or more color-specific led devices including white light or RGB three-primary color led devices or ultraviolet (UVA) led devices to improve the attraction effect by pests. It is characterized by being configured.

In addition, in the trap for trapping pests and fighting wild animals, which has a multi-layered solar led lighting and a solar bag that is a pest attractant, the permon-scented or wild animal repellent composition drug container has a basket shape and is formed at the bottom of the second casing. It is characterized in that a shrinking rubber bushing or a silicone bushing having a hole smaller than the outer diameter of the Permon medicament container is installed in the through-hole to install and fix the medicament container into the hole in the bushing.

In addition, in the trap for trapping pests and fighting wild animals, which has a multi-layered solar led lighting and a solar bag that is a pest attraction, the spout of the Permon or wild animal repellent composition is a protruding screw formed on a coupling member of a circular washer shape. As a vent hole formed in the center, a circular washer shape is provided by installing a shrinking rubber bushing or a silicone bushing, etc., in which holes are formed in two or more plural through holes formed on the vertical side in order to use convection of the inside and the outside of the second casing. Characterized in that the screw is formed in the coupling member of the strap through the solar back sheet, which is a pest oil, is rotated and installed in a hole in the bushing of the second casing.

In addition, in a trap with a multi-layered solar led light and a solar bag that is a pest attraction, in a trap for trapping and fighting wild animals, the solar bag sheet support, which is a pest oil, is a wing shape of an insect, and the diameter of the body of the second casing In order to prevent sagging of the solar back sheet, which is pest pest, due to the diameter of the smaller plug, it is characterized by being fixed with coupling members such as screws on the left and right sides of the top of the cap of the second casing.

The multi-layered solar led lighting and pest trap solar bag according to the present invention is a trap for trapping pests and fighting wild animals.

Led white light and led ultraviolet light (UVA) blue-based light using solar energy provided inside a cylindrical network and a cylindrical transparent container in which a plurality of inlets through which sunlight can be projected and pests are introduced are formed. Multi-layered solar led lighting with horizontal combination, transparent or translucent to allow sunlight to pass over a transparent container and spaced apart at regular intervals. Capture the pest attraction with the solar back sheet coated with the insect repellent liquid at the wavelengths of permon and led white light and ultraviolet (UVA) light emitted from a plurality of permon fragrance jets provided through the central portion of the vertical side of the solar back sheet, or As a light-wavelength caused by the white light and ultraviolet (UVA) light and the repellent composition repellent of the wildlife provided inside the trap is diffused from a plurality of spouts to the surroundings to fight the wild animals,

It is eco-friendly that uses solar energy to attract pests, and a vertical-shaped cylindrical sticky sheet for vertical space utilization is formed on the top of the stand, maximizing space utilization, and transparent containers through which sunlight is transmitted and the outside of the entire sticky sheet It is a multi-layered lighting structure that can attract pests with lighting of led white light and ultraviolet (UVA) light of different wavelengths for expanding lighting to the surface and improving the pest control effect. A plurality of permon or wild animal repellent scents provided through the central portion A sticky sheet around the spout is used when growing crops near the central portion of the solar panel, led white light and ultraviolet (UVA) light and transparent or translucent and pest preferred colors This repetitively colored striped pest pest, solar bag and permon scent, quickly attracts pests, resulting in the continuous capture of pests by sticky insect material, led white light, ultraviolet (UVA) light, and pest attracted by permon traps Do not wander around, and when harvesting crops, the multi-layered solar led lighting lamp is a vertical and horizontal combination of led white light, led ultraviolet light (UVA) light, and transparent or translucent and pest preferred color when harvesting crops. This is a trap that effectively eradicates wild animals by using the led white light, led ultraviolet light (UVA) light, and the composition of wild animal repellent that transmits the repeatedly colored striped pest pest, the solar bag.

Since the transparent string is inside the sheet, small pests or insects do not stick to the lamp, and even if the amount of sunlight transmitted by the insect trap of the sheet is small, the lighting is turned off so that the lighting time does not decrease, so that the lighting time is sufficient. Securing, lighting of led lamps using solar energy consumes less power, improves its utilization even in mountainous areas where electricity is not smoothly supplied, and the transparency of the sticky sheet decreases due to the collection of dead pests, or time has elapsed. As the adhesive is hardened, the sticky sheet that has been consumed can be conveniently replaced for a long period of time and installed on the floor of a house or farmland by a stand,

It is a structure that can be installed on the ceiling of a plastic greenhouse or a tree by a hook, or installed on the top of a crop by a supporter coupling part at the bottom.

It can also be used in combination with the security of a house, pest control, and wildlife extermination, so it has versatility that can be used in various ways depending on the place and purpose of use.

The effects of the present invention are not limited to those mentioned above, and other solutions that are 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 pest trapping wildlife trap according to the present invention,
FIG. 2 is a sectional view taken along line A-A' in FIG. 1;
3 is a cross-sectional view taken along the top B-B' of FIG. 1;
4 is a cross-sectional view showing a state in which the sticky solar back sheet of the present invention covers the second casing;
FIG. 5 is a perspective view of a solar bag for attracting pests in which transparent or translucent and pest-preferred colors are repeatedly colored.
6 is a detailed explanatory view of a solar bag for pest attraction in which transparent or translucent and a pest-preferred color are repeatedly colored.

An embodiment of the present invention is a multi-layered structure used for the purpose of combating various kinds of pests such as flies, mosquitoes, moths, and other dangerous animals such as magpies, sparrows, crows, starlings, and wild animals such as elk, wild boar, raccoon, and roe deer. Regarding traps for trapping pests and exterminating wildlife, which are equipped with solar led lights and pest attraction solar bags, the independent solar led lights are vertical and horizontal inside the polygonal cylinder shape that includes a transparent cylinder through which sunlight can pass. Five multi-layered structures and radial cylinders on the side of the transparent cylinder, four spouts of Permon or wild animal repellent, and transparent or translucent and striped colored sticky pests colored in the preferred color to allow sunlight to pass through. It is preferable that the sticky string on which the adhesive is applied to the outside of the attracted solar back sheet is composed of the solar back sheet that is pest pest.

In addition, the installation of five independent multi-layer structures of vertical and horizontal shapes in a polygonal form including a transparent cylinder through which the solar light can be transmitted through the independent solar led light of the present invention has two white lights and blue series light (UVA ultraviolet light). There are three, multi-layered structures in the transparent cylinder through which sunlight transmits two white light and one ultraviolet (UVA) light in three vertical layers: the upper light and the middle light, and the lower light (UVA) light. The two ultraviolet (UVA) lights are composed by combining left and right symmetrical horizontal shapes on the outer top of the third casing in a space where the middle and bottom lights are vertically spaced apart, and the spouts for Permon or wild animal repellents are transparent cylinders. A transparent cylinder and a sticky string are a pesticide-soled solar bag so that the lanyard covered with the outside penetrates through the solar backsheet, which is a pest oil, and the scent of Permon or wildlife repellent produced inside the transparent cylinder can spread to the outside of the side. Four of them are installed in a radial form through the outside of the side of the sheet, and the solar bag sheet, which is a pesticide pesticide, is a synthetic resin zipper bag such as transparent or translucent vinyl, and both sides are transparent or translucent synthetic resin parts that can be transmitted through sunlight. The preferred color is yellow or blue, and it is a solar bag for pest attraction that is repeatedly colored in a stripe form. In addition, one side of both sides is colored with a transparent or translucent synthetic resin part and some pest-preferred color yellow, and the other side It can be composed of a transparent or translucent synthetic resin part and blue, which is a color preferred by some pests.

Pest collection and insect repelling by diverging permon and wild animal repellent-producing odors. When cultivating crops with relatively high pest activity and relatively low wild animal activity, the pests are trapped in the permon scent. When harvesting crops with a lot of activity, it is desirable to eradicate wild animals by diverging wild animal repellents.

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

In describing the present invention, when it is determined that detailed descriptions of related known functions or configurations may unnecessarily obscure the subject matter of the present invention, detailed descriptions thereof will be omitted. In addition, terms to be described later are terms defined in consideration of functions in the present invention, which may vary according to a user's intention or precedent. Therefore, the definition should be made based on the contents throughout this specification.

In addition, in the description of the present invention, the same or similar elements are assigned the same or similar reference numbers, and detailed description thereof will be omitted.

1 is a cross-sectional view of a sticky insect trap and a wildlife extermination trap equipped with a multi-layered solar led lighting lamp and a pest attraction solar bag according to an embodiment of the present invention, and FIG. 2 is a view according to an embodiment of the present invention. A-A' is a longitudinal cross-sectional view, Figure 3 is a top B-B' cross-sectional view of Figure 1 according to an embodiment of the present invention, Figure 4 is a sticky pest of the present invention covering the solar back sheet over the second casing It is a cross-sectional view showing a state, and FIG. 5 is a perspective view of a solar attraction for pests in which transparent or translucent and a pest preference color are repeatedly colored, and FIG. 6 is a detailed description of a solar attraction for a pest attraction in which transparent or translucent and a pest preference color is repeatedly colored It is.

The multi-layered solar LED lighting lamp and the pest trap solar bag equipped with the solar led lighting lamp according to the present invention capture and trap wild animals are trapped in the form of a network in which a plurality of inlets through which sunlight is transmitted and pests can be formed are formed. A first casing; An opening communicating with the inside is formed on the upper portion, and a transparent second casing having a cylindrical shape opened and closed by a stopper; A transparent third casing accommodated inside the second casing and formed with an opening communicating with the inside at the bottom, and turned upside down by a stopper;

A solar back sheet enveloping the second casing and having a stripe-like sticky pesticide colored transparent or translucent coated with an adhesive on the outer surface and a color preferred by pests; The strap is installed on the top surface of the stopper of the second casing to prevent the sagging of the left and right upper portions of the solar bag sheet, which is a pest oil; A permon or repellent composition drug passage installed on an upper side of the lower inner side of the second casing; A plurality of Permon scents or wild animal repellent squirts that penetrate the central portion of the vertical side of the solar casing sheet, which is the pesticide pesticide, and the second casing can be ejected to the outside from the central portion of the sticky sheet; A first support for fixing and supporting the first casing; A second pedestal accommodated in the first pedestal and 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 spaced apart at a lower portion of the first lighting device and coupled to an upper end inside the second casing and outside the third casing; A third lighting device having a back light facing each other so as to face the second lighting device, and installed inside the third casing; A fourth lighting device which is inside the second casing, is below the second lighting device, and is horizontally installed on the left side of the outer top of the third casing; A fifth lighting device installed horizontally on the right side opposite to the fourth lighting device; A solar reflector which is spaced apart at a lower portion of the third lighting device and installed on the inner surface of the stopper of the third casing; A ring fastening part installed to suspend the first casing on a fixed object on the ground; It includes; a coupling portion for fixing the first casing, the second casing and the third casing to the base with a coupling member;

The first lighting device, the second lighting device, and the third lighting device are vertical solar cell module substrates and lamps inside a cylindrical transparent container, and the fourth lighting device and the fifth lighting device are horizontal. It is formed in a multi-layered phosphorus structure to emit light to the outer surface of the entire transparent container, and the pneumatic or repellent squirt outlet is formed with a through hole in the center to form a cylindrical transparent container and a vertical back of the solar bag sheet that is a pesticide. It is installed through the center of the side.

Looking at the drawings, a multi-layered solar led light according to an embodiment of the present invention and a sticky pest trap and wildlife extermination trap 100 equipped with a solar bag attracting pests are provided with a first casing 110 and a second casing 120 ), a third casing 130, a solar back sheet 140, which is a pest pest, and a solar back seat support, 124, which is a pest pest, Permon or wild animal repellent preparation drug container 128, Permon flavor, and wild animals Repellent-producing material ejection outlet 150, first support 115, second support 125 first lighting device 160, second lighting device 170, third lighting device 180, and It is composed of 4 lighting devices 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, the third lighting device, the fourth lighting device, and the fifth lighting device and the fifth lighting device integrate solar light to produce a solar cell module substrate and the solar cell module substrate. A photovoltaic module support plate that can be securely fixed, a capacitor capable of charging the electric power produced by the photovoltaic module module substrate, a led lamp that receives power from the capacitor and irradiates light, and the photovoltaic battery module A light sensor provided on the light-receiving surface of the substrate to charge the produced electricity during the day and to illuminate the led lamp after sunset, a control unit for controlling charging of the capacitor and lighting of the led lamp, and transmitted light As a material through which light that can be diffused by refraction is transmitted, it is composed of an illumination cover that protects the led lamp, and an illumination substrate that is fastened to the solar cell module support plate by fixing the capacitor, led lamp, and control unit.

The first casing 110 is a cylindrical shape of a network in which a plurality of inlets through which sunlight is projected and pests can be formed is formed, and the vertical side of the first casing 110 has a circumferential round bar 111. A grid-shaped inlet is formed by intersecting with a vertical round rod 112, and a hat-shaped inlet is formed in the upper portion, and a ring fastening portion 113 is formed in a central portion of the upper end of the first casing. , In the lower portion, the second casing 120 is fixed, and a pedestal 115 that can be supported is formed to be coupled by the coupling member 116.

In addition, the first casing 110 is per unit area in order to prevent the occurrence of shading of the solar light-receiving surface of the multi-layered photovoltaic cell module substrate provided inside the transparent cylindrical shape and to maximize the pest inflow and capture of the sticky sheet. It can be exemplified by being composed of a corrosion-resistant or powder-coated round bar having high bending flexural strength and durability, but it is also possible to manufacture a plate-shaped molding, but is not limited thereto.

In addition, since the constituent members of the first casing 110 are exposed to sunlight to capture pests, it will be preferable to use durable synthetic resin, PET, synthetic resin, powder coating metal or corrosion-resistant metal and non-metal.

The ring fastening part 113 is fastened with a coupling member such as a bolt and a nut in a ring shape so as to be hung on a fixed object on the ground.

The first pedestal 115 has a flat bottom, and the side surface protrudes in the shape of a flower pot, and the lower end of the first casing 110 is recessed so that the first casing is formed by three or more ring-shaped coupling members 115b. 110) and the first pedestal 115 are coupled to be detachable, and the through hole 115a into which a pipe or the like, which is fixedly installed on the ground, can be inserted in the center of the interior is excellent in flowing into the pedestal 115 of the rainy season season. Can function as a drain.

In addition, the pedestal 115 may be installed to collect pests at the bottom of the farmland or at the bottom of the barn because the regular intervals of the lower surface of the outer surface are concentric circles.

In the second casing 120, the first lighting device 160, the second lighting device 170, and the third lighting device 180, which is installed with the sun facing the interior space of the third casing 130, are vertical. It is installed in a multi-layered structure of a shape, and is transparent to serve as an interior space so that the fourth lighting device 190 and the fifth lighting device 200 are installed in a horizontal shape symmetrically on the left and right sides of the upper third casing. As a cylindrical shape, the opening 122 communicating with the inside is formed narrower than the central portion of the body 121 to open and close by the stopper 123, and the opening 122 is made of a third casing 130 and 1 An inner diameter in which the lighting device 150 can be inserted and installed is formed, and the first lighting device 150 is installed at the center of the stopper 123, and the strap support sheet support 124 is installed at the top. It is installed by being coupled with a coupling member, and a through-hole through which a rubber bushing 129b (described later) is installed so that the spout 150 for the fermon and wildlife repellents is fixed in the center of the vertical side of the body 121 ( 129a) two or more are formed radially in the circumferential direction of the body 121, a through hole 126a is formed in the center of the lower surface of the second casing 120 to fix the second casing 120 By supporting the base 125 is coupled by a coupling member of the coupling portion 190, the rubber bushing to be described later so that the fermon drug container 128 can be fixed to be close to the vertical side of the body 121 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 no shading occurs on the light receiving surface of the photovoltaic module module of the second lighting device. It is less than the outer diameter of the middle portion of the second casing and is formed to be 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 vertically shaped and the fourth lighting device 190 and the fifth lighting device 200 are horizontally symmetrical in configuration. The function of the multi-layered structured solar led light is a structure that sequentially controls the lighting time and illuminance for collecting pests by sequentially lighting and extinguishing the solar cell module substrate and the led lamp with a built-in independent illuminance sensor, which will be described later. For example, in the case of the summer, the first and third lighting devices are manufactured by the five lighting devices that charge the sunlight with electric power during the day and emit the lighting with the led lamp at night. When the 4th and 5th lighting equipments turn on at dusk, the 3rd lighting equipment is first turned off at around 11pm, and the 1st and 4th lighting equipments and the 5th lighting equipment are secondarily turned off at around 1 am on the following day. When the second lighting device is turned on, it can be exemplified that the lighting lamps are sequentially turned on until dawn, and the third lighting device is turned off faster than the first and fourth lighting devices and the fifth and fifth lighting devices. In order to improve the illuminance for pest attraction after sunset, the light receiving surface of the photovoltaic module module is mounted against the sun so that the light is emitted in the sky direction rather than the earth direction. This is due to the small amount of power charging, and the reason why the second lighting device is turned on later is the multi-layered structure of the vertical type, so the lighting of the first lighting device operates the light sensor of the second lighting device, so the second lighting device cannot be turned on. 1 Lights only after the lighting equipment is turned off.

In other words, 4 lights are lit from sunset to around 11:00 pm, 3 lights are lit from 11:00 the next day after 11:00 pm, and 1 light is lit until dawn. It is known to be active before and after midnight, and the activity decreases with time until the dew of dawn after midnight, so it is a multi-layered solar light that is an efficient pest oil that approaches the active time of flying pests.

Therefore, the lighting device of the second casing is formed of two or more vertically formed multi-layer structures of two or more vertical solar cell module substrates and lamps in an interior space of a polygonal cylinder shape including a transparent cylinder, or two or more vertical shapes and one or more horizontal surfaces. It can be formed into a multi-layer structure in which vertical and horizontal combinations are made in shape.

In addition, in the lighting device of the second casing, at least one photovoltaic module module and a lamp of at least one of the two or more photovoltaic cell module substrates and lamps in an interior space of a polygonal cylinder shape including a transparent cylinder back to the sun and vertical It can be formed in a multi-layer structure.

The stopper 123 has a through hole 123a formed in the center so that the first lighting device 150 is coupled to the lower portion of the stopper 123 so that the light receiving surface of the photovoltaic cell module substrate is exposed to sunlight. It is fixed with a coupling member such as a screw, and is easily structured for easy maintenance due to easy opening and closing with a screw type, and synthetic resin, PET or powder coating metal, corrosion-resistant metal, and non-metal material that are durable against sunlight exposure are preferable.

The sticky pest oil solar back support 124 is the shape of the wing of an insect, and is outside the second casing 120 due to the diameter of the stopper 123 that is narrower than the diameter of the body 121 of the second casing 120. In order to prevent the sagging of the left and right sides of the upper portion of the solar back sheet 150, which is a pesticide, which will be described later, the corrosion-resistant plate material is produced in a wing shape with a length equal to the difference in outer diameter between the body 121 and the stopper 123. The second casing 120 is fixed to the left and right sides of the top of the stopper 123 of the second casing 120, and the elastic material is preferable so that the flexibility of the plastic bag can be maintained when the sheet is installed.

Further, the solar bag support 124, which is a pest oil, may be manufactured by being integrally formed with the stopper 123, and a stopper structure covering the stopper 123 and the shape of the supporter 124 are integrally molded. It can be produced.

The second pedestal 125 has a narrow upper surface and an inverted circular plate on the lower side. The second pedestal 125 is formed with a through hole 125a at the center of the upper surface of the second pedestal 125. The coupling member of the bolt, nut and washer of 220 is fixed by being inserted, and the lower rim of the pedestal 125 has three or more screws on the upper surface of the first support 115 of the first casing 110. It is fixed with a coupling member such as.

In addition, the second support 125 may be integrally manufactured with the first support 115 of the first casing 110 and detached from the first casing 110 and the second casing 120.

The fermon or nocturnal animal repellent preparation drug container 128 is a basket shape in which a known and commercially available fermon luer 128c is provided therein, in the through hole 128a formed in the lower portion of the second casing 120. The shrinking rubber bushing 128b or a silicone bushing having a hole smaller than the outer diameter of the Fermon drug container 128 is installed to fix the product by inserting and installing the drug container into the hole in the bushing.

The permon luer 128c is a known and commercially available chemical chemical produced by organically synthesizing a sex pest of a specific pest to be captured, and is for the purpose of transmitting information to other sexes of the same insect species or other individuals in the same insect. Permon luer (128c) is mainly used as a sex permon, collective permon, and is generally used every 45 to 60 days.

The nocturnal animal repellent composition (not shown) is known and commercially available, and as a repellent for algae and nocturnal animals to combat, natural substance extract and methyl anthranilate, cinnamon essential oil, peppermint essential oil, butyric acid, acetic acid, emulsifier, As a non-fatal substance composed of a solvent, capsaicin and vinegar extract, not only can the persistence and fragrance of the fragrance of the repellent composition be maintained, but also the liquid does not flow out like a non-woven form of the general plastic pack, and the fragrance evaporates It is used to seal the pack made of a material that is scented out.

The third casing 130 is accommodated inside the second casing 120, an opening communicating with the inside is formed at the bottom, and the transparent casing opened and closed by the stopper 133 is turned upside down. 2 The lighting device 170 and the third lighting device 180 are fixed to and supported by a through-hole 137a formed in the center of the upper outside of the third casing 130 so as to face each other, and the second lighting device ( 170) on the inner surface of the stopper 133, the solar reflector 135 reflecting sunlight on the light-receiving surface of the photovoltaic module module substrate to be described later of the third lighting device 180 facing the sun so as to face the Provide space for installation.

The third casing 130 is accommodated inside the second casing 120, and the solar cell module support plate 192 of the fourth lighting device installed on the upper left and right of the third casing and the sun of the fifth lighting device A portion of the photovoltaic module support plate 202 is inserted to form a rectangular elliptical hole (not shown) that can be fixedly installed inside the second casing and is symmetrically formed on the upper left and right sides of the third casing, and the size of the rectangular elliptical hole is When the photovoltaic module module 191 of the 4 lighting device and the photovoltaic module substrate 201 of the 5th lighting device are not inserted, it is possible to prevent the occurrence of shading of the photovoltaic module substrate.

The stopper 133 is a concave groove 136 is formed in the central portion of the lower surface, a through hole 136a is formed in the center of the concave groove 136 is a bolt that is a coupling member of the coupling portion 190 and 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 indentation groove 136 as an adhesive member having an adhesion performance, and the coupling part 220 is used. As a coupling member of a bolt, a nut, and a washer, the third casing 130, the second casing 120, and the pedestal 125 are combined and fixed.

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

In addition, the solar reflector 135 is made by maximizing the light reflectance through a metal material having excellent light reflecting properties such as aluminum electrolytic polishing, stainless electrolytic polishing, or a material having high reflectivity such as attaching a material such as glass or plastic. It would be desirable to improve the power generation efficiency of sunlight by eliminating the shaded area of the photovoltaic module module 181 of the 3 lighting device 180.

In order to charge the solar cell module substrate such as a stand-alone photovoltaic light having a multi-layer structure inside the transparent cylinder, the solar back sheet 140, which is a pesticide pesticide oil, has a semicircular shape on both sides of the solar backsheet 140, which is a pesticide pesticide. By transparently dividing and coloring, solar light transmission of the photovoltaic cell module substrate of the upper light is easy, and the solar cell of the middle, left, right, and lower lights installed inside the solar back sheet 140, which is a pest attraction, For charging the module substrate, sunlight is irradiated in a transparent or semi-transparent section to allow charging of the photovoltaic cell module substrate by the diffraction principle of light, and a transparent and flexible known and commercially available vinyl that can transmit sunlight. As a bag material, a sticky liquid such as nylon, PET, etc. that accommodates the adhesive liquid 145 of the insect-repellent material inside the solar bag 141, which is a streak pest oil having a transparent or translucent color and repeatedly colored with a pest preference color ( When the emulsifier of 145) is further provided with a transparent adhesive bag 145a sealed with a material that does not elute, when the sticky layer covers the solar back sheet 140, which is pest pest oil, on the second casing, the pest attraction solar bag 141 is inside. Open the adhesive bag in the adhesive solution 145, easily deform the inner surface of the pesticide solar bag applied in the shape of the decal part 142 to the outer surface, grab the end of the pesticide solar bag 141, and lower it from the top. As it can be easily installed by pulling it, it is fixed by a pneumon or wild animal repellent composition spout 150.

In addition, the solar cell sheet 140, which is a pesticide oil, is made of a bonding member 116 of the first casing 110 when the adhesive solution 145 is cured over time or a number of pests are attached and killed. In order 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 first half bed. The use of vertical space for the installation area can be maximized, and the light that penetrates the transparent container inside as a transparent plastic bag material is emitted from the entire area of the solar back sheet 140, which is a pest pest, so that the pest attraction effect can be improved. .

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

The permon or wild animal repellent composition jet outlet 150 is formed with a vent hole 150a in the center of a protruding screw formed in a circular washer-shaped coupling member, the body 151, the screw portion 152, and the jet outlet 153 ), and using the internal and external convection of the second casing 120, the permon flavor dispersed in the known and commercially available permon luer 128c embedded in the fermon or wild animal repellent pharmaceutical container 128 Or in order to eject the repellent of the wild animal repellent composition into the atmosphere, the shrinkable rubber bushing (129b) or silicone bushing formed with a hole in the through hole (129a) formed in a plurality of two or more on the vertical side of the second casing (120) By installing, the screw is formed on a coupling member of a circular washer shape, and the rope strap penetrates through the solar back sheet 140, which is pest oil, and rotates and installs in a hole in the rubber bushing of the second casing 120, but is not limited thereto. .

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

In addition, the first lamp 160, the led lamp of the second lighting device 170 to be described later and the third lighting device 180 of the led lamp and the fourth lighting device 190 of the led lamp and the first 5 It will be preferable that the led lamp of the lighting device 200 is composed of a color-specific led device or an RGB three-primary color led device or ultraviolet (UVA) light, including one or more white lights, in order to increase the attraction effect by pests.

The LED lamp of the first lighting device 160, the LED lamp of the second lighting device 170 and the third lighting device 180, and the LED lamp of the fourth lighting device 190 and the fifth lighting, which will be described later. In general, the led lamp of the device 200 can recognize ultraviolet (UVA, 320~400nm) light by pests, and it is 360~370nm since academic data has been published as the most responsive in the wavelength region around 365nm, which is the UVA wavelength of ultraviolet light. It would be desirable to use a combination of a wavelength LED and a white LED.

The photovoltaic module module 161 is configured to integrate the sunlight to produce power, and the illumination sensor 155 is built in a photovoltaic module of Si (silicon) material that is generally used.

The photovoltaic module support plate 162 securely fixes the photovoltaic module module 161 and is coupled with the lighting substrate 169 to a coupling member such as a screw on the stopper 123 of the second casing 120 It is fixed to and is formed of a synthetic resin or a corrosion-resistant metal material that can be resistant to aging caused by sunlight, but is not limited thereto.

The photovoltaic cell module support plate 162 is a fixed, corrosion-resistant metal material that can be formed with a screw thread, or synthetic resin that is resistant to sunlight will be preferable.

The capacitor 163 charges electric power produced by the solar cell module substrate 151 and supplies power to the led lamp 164, and charging is controlled by the control unit 166, and is commercially available. The nickel-hydrogen (Ni-MH) capacitor being used is preferable.

The led lamp 164 serves to irradiate light by receiving power from the capacitor 153, and the light emitting tip is a lower surface of the solar cell module support plate 162, and the second casing 120 ) Is installed in the center of the interior of the lighting cover 167 to face the bottom.

Since the led lamp 164 has a general property of straight light distribution and a light distribution angle of about 90°, a well-known diffused led lamp with a flat top surface and a white light irradiating soft light are used to illuminate the surroundings. Therefore, it will be desirable to enable the lighting and lighting control of the led lamp 174 of the second lighting device 170.

The illuminance sensor 165 turns on or 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 is low, the capacitor 153 is charged with power, and the led lamp 164 is turned off. When there is no light, the resistance value is increased and the led lamp 164 is charged with the power charged in the capacitor 163. Is to light up.

In addition, the illuminance sensor 165 will also be possible to configure a separately separated illuminance sensor that is not embedded in the solar cell module.

The light of the led lamp 164 of the first lighting device 160 penetrates the light receiving surface of the solar cell module substrate 171 of the second lighting device 170 under the lighting cover 167. A through-hole 167a is formed so as to operate, and the lighting cover 167 serves to protect the led lamp 164. Transparent glass, acrylic, which can be molded so that light distribution can be diffused, Materials such as synthetic resins are preferred.

In addition, the through hole 167a is formed in the center of the bottom of the lighting cover 167 of the first lighting device 160 and the light of the led lamp 164 of the first lighting device 160 is vertically downward. Controls the illuminance sensor 175 provided on the light-receiving surface of the photovoltaic module module 171 installed on the top of the second lighting device 170 by the higher illuminance than the light passing through the lighting cover, In order to prevent shading on the photovoltaic module module substrate of the second lighting device installed under the first lighting device, a sufficient separation distance between the lower end of the first lighting device and the upper end of the second lighting device is secured, so that the second It is a structure for allowing the led lamp 174 of the lighting device 170 to be turned off or turned on.

In addition, the led lamp 164 is turned off at night due to insufficient charge of the capacitor 163 of the first lighting device 160 due to insufficient solar radiation due to rainy weather in the summer season and cloudy weather in the rainy season. If possible, the illumination lamp for attracting pests by automatically illuminating the led lamp 174 of the second lighting device 170 in response to the absence of light by the illuminance sensor 175 of the second lighting device 170 The second lighting device 170 may serve to secure the second lighting device 170 as reserve power so that the function of the device can be continuously maintained.

The second lighting device 170 includes a solar cell module substrate 171, a solar cell module support plate 172, an illuminance sensor 175, a capacitor 173, a led lamp 174, and a control unit Consisting of (176), an illumination cover (177), an illumination reflection portion (178), an illumination substrate (179), the outer surface of the upper end of the third casing (130) and the inside of the second casing (120) It is accommodated in and installed.

The second lighting device 170 is a preliminary power lighting device, and the first lighting device 160 other than the lighting reflection part 178 installed on the lower surface inside the lighting cover 177 of the second lighting device. Since it is the same, detailed description of the same component is omitted.

It is preferable that the LED lamp 174 of the second lighting device is provided with ultraviolet (UVA) light to enhance the attraction of pests, and green light included in a wavelength of 520 to 600 nm to improve the effect of combating wildlife. .

The lighting reflecting part 178 is the through hole of the third lighting device 180 to be described later in the through hole 177a formed at the center of the lower end inside the lighting cover 177 of the second lighting device 170 ( Inserting a fastening bolt integrally provided at the lower end of the lighting reflection part 178 of the second lighting device 170 to 187a), and passing through the hole 134 with the upper surface of the second lighting housing 130 interposed therebetween. It is installed through a fastening bolt and nut through.

In addition, the light reflection unit 178 is formed of a curved reflecting surface of a diamond shape or a conical shape in which various inclinations are formed, and the light irradiated downward according to the straightness of the light of the led lamp of the second lighting device 170. It is structured to reflect the diffuser toward the outside of the second lighting device 170.

The third lighting device 180 is installed so that the photovoltaic module module 181 backs the sunlight in order to irradiate the lighting for the attraction of pests in the outward direction rather than in the direction in which the crops are located. A shaded area is formed on the solar cell module substrate 181 so that the bottom of the lighting cover 187 of the third lighting device 180 is opposite to the bottom of the lighting cover 177 of the lighting device 170. It is installed with the back of the sun, and is installed inside the third casing 130, a solar cell module substrate 181, a solar cell module support plate 182, a capacitor 183, and a led lamp ( 184, an illuminance sensor 185, a control unit 186, an illumination cover 187, an illumination reflection unit 188, and an illumination substrate 189.

The third lighting device 180 is the second lighting device 170, the lower end of the lighting cover 177 of the second lighting device 170 so that the lower end of the lighting cover 187 of the third lighting device 180 is opposite to each other. 3 With the upper surfaces of the casings 130 interposed therebetween, the second lighting device 170 and the third lighting device 180 are coupled in a vertical form by the fastening bolts 188 and the fastening nuts 188 of the lighting reflection part. With the second lighting device 170 except for being fixed and the sunlight reflected from the solar reflector 135 is condensed on the light receiving surface of the solar cell module substrate, and the led lamp 184 faces the sky direction Since it is the same, detailed description of the same component is omitted.

The led lamp 184 is supplied with electric power from the capacitor 183 and serves to irradiate light in the sky direction opposite to the ground, and a light emitting tip is an upper surface of the photovoltaic module support plate 182. , It is installed to face the sky direction in the center of the interior of the lighting cover (187).

As an example, the led lamp 184 is preferably installed in a diffusion type of ultraviolet (UVA) light in order to improve the attraction effect of pests.

The illuminance sensor 185 according to the amount of light that the sunlight reflected from the solar reflector 135 is condensed on the light receiving surface of the solar module in order to eliminate the shaded area formed on the solar cell module substrate 171 The led lamp 184 is turned on or off in connection with the control unit 186 by using a change in the resistance value. In the daylight with sunlight, the resistance value is reduced, so that the capacitor 183 is charged with power. The led lamp 184 is turned off, and the resistance value is increased after sunset without sunlight, so that the led lamp 184 is turned on with electric power charged in the capacitor 183.

The fourth lighting device 190 includes a solar cell module substrate 191, a solar cell module support plate 192, an illuminance sensor 195, a capacitor 193, a led lamp 194, and a control unit Consisting of (196) and the lighting substrate 179, the lighting cover is not installed to improve the lighting efficiency that is radiated to the outside of the cylindrical surface, is accommodated inside the second casing 120, the third casing ( 130) The outer portion of the fourth lighting device photovoltaic cell module support plate is inserted into a rectangular oval hole (not shown) formed on the outer left side of the top of the top, so that the photovoltaic module substrate is horizontally attached to the inside of the second casing 120. It is fixedly installed, and the size of the rectangular oval hole should be such that the photovoltaic module substrate is not inserted, so that the photovoltaic module substrate is not shaded.

It is preferable that the LED lamp 194 of the fourth lighting device is provided with an ultraviolet (UVA) tube to improve the effect of attracting pests.

The manufacturing name device 200 is outside the third casing 130 so as to be symmetric with the fourth lighting device 190, and is installed horizontally on the upper right side of the third casing inside the second casing 120. 4 Since it is the same as lighting equipment, detailed description of the same components is 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. It is coupled to, the bottom surface of the coupling member is formed in a round bar-shaped protrusion is fixed to the ground is coupled to the installed posts.

On the other hand, in the detailed description of the present invention and the accompanying drawings, specific embodiments have been described, but the present invention is not limited to the disclosed embodiments and the technical spirit of the present invention can be understood by those skilled in the art to which the present invention pertains. Various substitutions, modifications and changes are possible without departing from the scope. Therefore, the scope of the present invention should be construed as being limited to the described embodiments, and should be interpreted as including the claims and equivalents as well as the claims below.

The use of pesticides can be significantly reduced to eliminate pests in agriculture, and eco-friendly and environmentally friendly pest traps using solar energy and combating wildlife can be used to minimize the damage to crops and wild animals. Since it can be used for various purposes such as a barn and a vinyl house, the market has good accessibility, so it can be judged that it is highly likely to be used as a factory automation industry for expansion.

100: Pest trap and wildlife extermination trap with multi-layered solar led lighting and pest attraction solar bag
110: first casing
111: horizontal round bar 112: vertical round bar 113: hook fastening
115: first stand 116: coupling member
120: second casing
121: body 122: opening 123: stopper
124: Solar back sheet support that sticks to pests
125: second stand
128: Permon fragrance or wild animal repellent composition drug box
128c: Permon Lure
129b: Permanent or wild animal repellent squirt rubber bushing
130: third casing
133: stopper 135: solar reflector 136: recess groove
140: solar bag sheet with sticky pest attraction
141: pest attracting solar bag 142: cowl part 145: adhesive
145a: Adhesive bag
150: Permon spout
160: first lighting device 170: second lighting device 180: third lighting device
190: 4th lighting device 200: 5th 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: Kefe City
164, 174, 184, 194, 204: led lamp
165, 175, 185, 195, 205: Illumination sensor
166, 176, 186, 196, 206: control unit
167, 177, 187,: Lighting cover
178, 189,: Lighting reflector
169, 179, 189, 199, 209: illuminated substrate
220: coupling part

Claims (16)

A first casing having a cylindrical shape as a network in which a plurality of inlets through which sunlight is projected and pests can be introduced is formed; An opening communicating with the inside is formed on the upper portion, and a transparent second casing having a cylindrical shape opened and closed by a stopper; A transparent third casing accommodated inside the second casing and formed with an opening communicating with the inside at the bottom, and turned upside down by a stopper; A solar back sheet enveloping the second casing and having a stripe-like sticky pesticide colored transparent or translucent coated with an adhesive on the outer surface and a color preferred by pests; A strap support provided on the top surface of the stopper of the second casing to prevent sagging of the left and right upper portions of the solar bag sheet, which is the pest oil; A permon or repellent composition drug passage installed on an upper side of the lower inner side of the second casing; A plurality of Permon scents or wild animal repellent squirts that penetrate the central portion of the vertical side of the solar casing sheet, which is the pesticide pesticide, and the second casing can be ejected to the outside from the central portion of the sticky sheet; A first support fixing and supporting the first casing, and fixing and supporting the first casing; A second pedestal fixedly accommodated inside the first pedestal and 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 spaced apart at a lower portion of the first lighting device and coupled to an upper end inside the second casing and outside the third casing; A third lighting device having a back light facing each other so as to face the second lighting device, and installed inside the third casing; A fourth lighting device which is inside the second casing, is below the second lighting device, and is horizontally installed on the left side of the outer top of the third casing; A fifth lighting device installed horizontally on the right side opposite to the fourth lighting device; A solar reflector which is spaced apart at a lower portion of the third lighting device and installed on the inner surface of the stopper of the third casing; A ring fastening part installed to suspend the first casing on a fixed object on the ground; It includes; a coupling portion for fixing the first casing, the second casing and the third casing to the base with a coupling member;
The first lighting device, the second lighting device, and the third lighting device are vertical solar cell module substrates and lamps inside a cylindrical transparent container, and the fourth lighting device and the fifth lighting device are horizontal. Formed in a multi-layered phosphorous structure, the structure emits light to the outer surface of the entire transparent container. A trap with a multi-layered solar LED light that is installed through the center of the side and a sticky pest trap and a wildlife extermination trap equipped with a solar bag that is a pest attraction. The method of claim 1
The first lighting device, the second lighting device, the third lighting device, the fourth lighting device, and the fifth lighting device are a photovoltaic module module for producing power by integrating sunlight and the photovoltaic cell module substrate. A fixed solar cell module support plate, a capacitor capable of charging electric power produced by the solar cell module substrate, a led lamp supplied with power from the capacitor and irradiating light, and the solar cell module substrate A light sensor provided on the light-receiving surface to charge the produced electricity during the daytime and to illuminate the led lamp after sunset, a control unit for controlling charging of the capacitor and lighting of the led lamp, and refracting transmitted light It is characterized in that it consists of an illumination cover that protects the led lamp as a material through which light that can be diffused, and an illumination substrate fixed to the solar cell module support plate by fixing the capacitor, led lamp, and control unit. A multi-layered solar led light and a sticky pest trap and wildlife extermination trap equipped with a solar bag that is a pest attraction. The method of claim 1
The first casing is a cylindrical shape in which a plurality of inlets are formed so that sunlight is projected and pests can be introduced, and the vertical side of the first casing has a grid-shaped inlet and an upper part of an umbrella shape. The inlet is formed in the form of a hat, and has a multi-layered solar led lighting lamp and a pesticide-based solar bag, and a trap for trapping wild animals and trapping wild animals, which is characterized by a high-bending strength and durable corrosion-resistant or powder-coated round bar. The method of claim 1
At the top of the first casing, a ring fastening part is formed so that it can be hung on a fixed object on the ground. A multi-layered solar led lighting lamp and a sticky pest trap with a plurality of Permon fragrance spouts The method of claim 1
The lighting device of the second casing is formed of two or more vertically formed multi-layer structures of two or more independent solar cell module substrates and lamps in an interior space of a polygonal cylinder shape including a transparent cylinder, or two or more vertical shapes and one or more horizontal shapes. A multi-layered solar led light with a vertical and horizontal combination and a sticky pest trap and a wildlife extermination trap equipped with a solar bag that is a pest attraction. The method of claim 1
In the lighting device of the second casing, at least one photovoltaic module module and a lamp of two or more photovoltaic cell module substrates and lamps in an interior space of a polygonal cylinder shape including a transparent cylinder, with the back facing the sun, and a vertical multi-layer structure A multi-layered solar led lighting lamp and a pest trap and a wildlife extermination trap equipped with a solar bag that is a pest attraction. The method of claim 1
The solar reflector is spaced apart a predetermined distance from the light receiving surface of the photovoltaic cell module substrate, which is installed against the sun of the third lighting device, and a reflector larger than the outer diameter of the solar electronic module substrate facing the reflective surface of the circular convex mirror is installed. It features a multi-layered solar led light and a pest-catching solar bag. The method of claim 1
The inner diameter of the upper opening of the second casing is less than the outer diameter of the middle portion of the second casing so that no shading occurs on the light-receiving surface of the solar cell module substrate of the second lighting device and is installed inside the second casing. Three-layered pest catching and wildlife extermination trap equipped with solar led light of multi-layer structure and solar bag attracting pests, which is larger than the outer diameter of the casing. The method of claim 1
The solar cell sheet, which is a pesticide oil, further includes a sealed transparent adhesive solution bag that accommodates an adhesive solution inside a transparent plastic bag, and when the solar cell sheet, which is a pesticide oil, is covered with the second casing, the adhesive solution is inside the plastic bag. A multi-layered solar led light with a multi-layered structure, characterized in that the inner surface of the solar bag, which is a pest oil applied by opening the bag, is installed and modified. The method of claim 1
The coupling portion is coupled to the coupling member so that the first casing, the second casing, and the third casing are detachable, and the bottom surface of the coupling member is formed with a rod-shaped protrusion formed on the bottom and is fixed to the support pillar installed on the ground. A trap with a multi-layered solar led light and a pest trap and a wild animal trap. The method of claim 2
The through-hole formed in the center of the bottom of the lighting cover of the first lighting device is the second of the light through the light passing through the lighting cover by passing light downward in the vertical direction of the led lamp of the first lighting device. A multi-layered solar led light with a multi-layer structure and a solar bag that is a pest attraction, characterized by controlling the illuminance sensor provided on the light-receiving surface of the photovoltaic module module installed on the top of the lighting device. The method of claim 2
A multi-layered solar led light and a sticky pest trap with a solar bag that is a pest attraction, in a trap for trapping wild animals, the bottom of the inside of the lighting cover of the second lighting device and the top of the inside of the lighting cover of the third lighting device The illumination reflecting part further provided in the center is formed of a diamond-shaped or curved conical reflecting surface formed of various inclinations to be irradiated downward or upward according to the straightness of the light of the led lamps of the second and third lighting devices. A multi-layered solar led light and a pest trap that is equipped with a solar bag that is a pest attraction, characterized by allowing light to be diffused and reflected in an outward direction. The method of claim 2
In the trap for trapping pests and fighting wild animals, which has a multi-layered solar led light and a solar bag that is a pest attraction, 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 4th lighting device and the led lamp of the 5th lighting device are composed of one or more color-specific led devices including white light or RGB three-primary color led devices or ultraviolet (UVA) led devices to improve the attraction effect by pests. It features a multi-layered solar led light and a pest-catching solar bag. The method of claim 1
The fermon-scented or wild animal repellent-producing drug container is a basket shape, and a shrinking rubber bushing or a silicone bushing is formed in the through hole formed in the lower portion of the second casing to form a hole smaller than the outer diameter of the fermon drug container. A trap with a multi-layered solar led light and a pest attraction solar bag equipped with a bucket to fix and trap wild animals. The method of claim 1
The permon-scent or wild animal repellent squirt outlet is formed with a vent hole in the center of the protruding screw formed on the circular washer-shaped coupling member, and two on the vertical side to use convection inside and outside the second casing. By installing a shrinkable rubber bushing or a silicone bushing in which a hole is formed in a plurality of through holes formed as above, a screw formed in a coupling member having a circular washer shape penetrates the solar bag sheet, which is a pest oil, and rotates to install a hole in the bushing of the second casing. A multi-layered solar LED lighting lamp and a pest trap and a wildlife extermination trap equipped with a solar bag attracting pests. The method of claim 1
The strap back is a pest oil solar back sheet support has an insect wing shape, and the strap is less than the diameter of the body of the second casing to prevent sagging due to the diameter of the stopper. On the right side, a multi-layered solar led lighting lamp and a pest attraction solar bag equipped with a sticky member, characterized by being fixed with a coupling member such as a screw, traps pests and fights against wildlife.

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