KR102217379B1 - Insects capture and wildlife displace trap with sticky insect attracting solar bag and multilayared structure of solar light led lamp - Google Patents

Abstract

The present invention is a multi-layered solar LED used for capturing various pests such as flies, mosquitoes, moths, etc. and for combating dangerous birds such as magpies, sparrows, crows, starlings, and wild animals such as elk, wild boar, raccoon, and roe deer It relates to a trap for capturing pests and fighting wild animals equipped with a lighting lamp and a sticky pest attraction solar bag,
Led white light and led ultraviolet (UVA) blue light using solar energy provided inside a tubular network and tubular transparent container with a plurality of inlets through which sunlight is projected and pests can enter Horizontally combined multi-layered solar led lighting, transparent or translucent that can transmit sunlight covered by a certain distance on the outside of a transparent container, and a striped pattern of repetitively colored colors preferred by pests Pheromone emitted from a plurality of phermonic-scented jets provided through the central part of the vertical side of the solar back sheet, and the solar back sheet coated with a trapping adhesive at the wavelength of light emitted by white light and ultraviolet (UVA) light to capture pests or , Because the wavelength of light by led white light and ultraviolet (UVA) light, and the fragrance of the wild animal repellent composition provided inside the trap are diffused from a plurality of outlets to the surroundings to combat wild animals.
An eco-friendly, vertical cylindrical sticky sticky sheet for vertical space use that attracts pests using solar energy is formed on the top of the pedestal to maximize space utilization, and a transparent container and sticky stick through which sunlight is transmitted. It is a multi-layered lighting structure that can attract pests with the illumination of LED white light and ultraviolet (UVA) light LED lamps of different wavelengths to expand the illumination to the entire outer surface of the solar back sheet that attracts pests and improve the pest control effect. When growing crops near the central part of the solar back sheet, which is a sticky pest attraction near the outlet of a plurality of phermon scents or wild animal repellents prepared through the central part of the vertical side of the solar back sheet, which has a container and roots White light and ultraviolet (UVA) light, transparent or translucent, and the color preferred by pests are repeatedly colored, led to the continuous capture of pests by the sticky insect material by rapidly attracting pests by solar bag and phermon scent, which is a striped pest attraction. Multi-layered vertical and horizontal combination of led white light and led ultraviolet (UVA) light, which are solar led lights during crop harvesting, to prevent pests attracted by white light, ultraviolet (UVA) light and phermons from wandering around the trap. Efficient by the structure of solar led lighting, transparent or translucent, and led white light and led ultraviolet (UVA) light that transmits through the solar bag, which is a stripe-shaped pest attraction, repeatedly colored in the color preferred by pests, and the fragrance of wild animal repellent composition. It relates to traps to combat wild animals.

Description

Insects capture and wildlife displace trap with sticky insect attracting solar bag and multilayared structure of solar light led lamp} with multi-layered solar LED lamp and sticky insect attracting solar bag

The present invention is a multi-layered solar LED used for capturing various pests such as flies, mosquitoes, moths, etc. and for combating dangerous birds such as magpies, sparrows, crows, starlings, and wild animals such as elk, wild boar, raccoon, and roe deer It relates to a trap for capturing pests and fighting wild animals equipped with a lighting lamp and a sticky pest attraction solar bag,

Not only flies and mosquitoes that cause various diseases by providing harmful enzymes to humans and livestock, but also flying pests such as moths and stingrays that are causing great damage to crops, or dangerous birds such as magpies, sparrows, crows, and starlings, and elk and wild boar , A tubular network and a tubular transparent container in which sunlight is projected and a plurality of inlets through which pests can enter are formed to efficiently and eco-friendly trapping wild animals such as wild animals such as raccoons and roe deer and combating wild animals. A multi-layered solar led lighting lamp in which led white light and led ultraviolet (UVA) light using the solar energy provided inside are combined vertically and horizontally,

It is provided through the central part of the vertical side of the solar back sheet, which is a stripe-shaped pest oil that is repeatedly colored transparent or translucent through which sunlight covered by a certain distance from the outside of the transparent container can be transmitted. A solar bag coated with insect repellent adhesive at a light wavelength (365~376nm) by ultraviolet light (UVA, 320~400nm), which is effective for attracting pests, and phermons and led white light emitted from the ejection of a plurality of pheromones or wild animal repellent composition fragrances It is to capture insects with a sheet, or to fight wild animals by spreading the wavelength of light by LED white light and ultraviolet (UVA) light and the fragrance of the wild animal repellent composition provided inside the trap from a plurality of outlets to the surroundings,

In the multi-layered solar led lighting lamp, a solar cell module substrate, a lamp, and an illuminance sensor are independently formed to form vertical and horizontal LED white light and ultraviolet (UVA) light in a multi-layered structure inside a cylindrical transparent container. It is to emit light by increasing the solar light projected area and condensing area to improve the solar energy use efficiency and expand the illumination area to the outer surface of the entire transparent container. It is converted into a capacitor and charged to the capacitor to provide sufficient power to the LED lamp that emits lighting with the charged power at night, thereby improving the effect of attracting pests and fighting wild animals.

The plurality of pheromone scent and wild animal repellent composition water outlets are located in the center of the vertical side of the solar back sheet, which is a cylindrical transparent container and sticky pest oil, so that pheromone scent is emitted during the cultivation of crops and the repellent composition scent can be emitted during the harvest season. Volatile for attracting the same pest species or different sexes of the same pest species to specific pests emitted during crop cultivation in the phermon or wild animal repellent pharmaceutical container provided at the bottom of the inside of the tubular transparent container It is possible to fight wild animals by emitting the scent of sex phermons or aggregate phermons, which are chemical substances having a scent to the outside, attracting and capturing pests, and by emitting a repellent compositional scent avoided by wild animals at the time of harvest

A transparent container through which sunlight is transmitted and the solar back sheet, which is a sticky insect attraction, is formed in a vertical and horizontal multi-layered structure, and a solar led light that emits LED white light and ultraviolet (UVA) light illumination and a sticky insect attraction solar bag A wild animal that captures pests attracted by the phermon scent emanating from the center of the sheet with the insecticide adhesive solution applied to the solar back sheet, which is a sticky pest attraction, or is equipped with light wavelengths and traps by led white light and ultraviolet (UVA) light. Multi-layered for easy installation and replacement of the solar bag sticky sheet, which is a pest attraction, utilizing the flexibility of the solar bag, which is a pest attraction made of plastic bag, and can improve the performance of fighting wild animals by the fragrance emitted from the repellent composition. It relates to a trap for capturing pests and combating wild animals equipped with solar-powered LED lights of the structure and a solar bag, which is a sticky pest attraction.

In general, pests such as flies, mosquitoes, and moths are powerful vectors of infectious diseases. Diseases carried by these pests include typhoid, paratyphoid salmonella, protozoal diseases, tuberculosis, leprosy, parasites, bacterial dysentery, cholera, meningococcal meningitis, etc., causing impurity, discomfort and sleep disturbance, and in addition to causing numerous damage to humans. .

Unlike these pests, thrips are not a vector of infectious diseases, but as microscopic pests, more than 2 suborders, 8 families, 700 genera, and 6,000 species are known worldwide. In Korea, 2 suborders, 4 families, 30 genera, and 50 species (94' Korea Pest Collection) is known. Major thrips that damage crops are Taiwanese thrips, thrips, convex thrips, tangerine thrips, Akashi thrips and Hawaiian thrips, which have been causing a lot of damage from the past. Phosphorus flower yellow thrips and cucumber thrips have begun to appear, and now the insects are causing the most damage. In addition, tangerine oyster moth, which causes great damage to citrus farming, is known as the greatest pest of nomadic or unfruitful mature trees with a large amount of summer or autumn branches.

In general, moths with strong fertility, regardless of larvae or adult insects, are causing great damage to farms by sucking the sap of the crop and gnawing on leaves or fruits.

One of the ways to effectively deal with these infectious and non-infectious pests is a method using pesticides, and this method has a disadvantage that has a detrimental effect on humans .

In addition, agricultural lands and orchards are often damaged by dangerous birds such as magpies, sparrows, crows, starlings, and wild animals such as elk, wild boar, raccoon, roe deer, etc. Agricultural crops such as digging grains or pecking fruit It has suffered enormous damage, such as lowering the marketability of the market and greatly reducing the yield, which remains a major headache in rural areas until recently.

For example, when looking at the actual amount of damage to crops caused by wild birds in Korea, in 1999, it reached 11.4 billion won. In particular, fruit damage such as pears, apples, and grapes accounts for a large proportion of the total crop damage rack, and magpies account for 60% of the amount of damage among the harmful tide. Wild animals including wild boars and elk Is an animal that causes the most damage during harvesting of crops, and has not been officially reported with accurate statistics, but it has been reported in newspapers that wild boars damage about 5.5 billion won and elks about 2.4 billion won per year in Korea. However, considering the uncounted damage, the scale of the damage is expected to be much larger than the above figure.

Among the dangerous birds, magpies are known to have a limit of making it difficult to eradicate them by judging that they do not harm themselves if repeated with only one method, such as sight, hearing, and smell, because they have excellent learning effects.

In the conventional field of combating dangerous birds and wild animals, scarecrows were mostly used to chase birds or wild animals, but their effects are insufficient, and in recent years, farmhouses installing electric fences are gradually increasing. However, the installation of an 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 the installation cost as well as the management cost is high.

As a method of supplementing the shortcomings in the field of pest control, for predicting the occurrence of target pests, disturbing mating, and capturing mass, attracting agents using the characteristics of pests with a very developed sense of smell and lighting using the daylight properties of pests, etc. Pest traps of the physical capture method used are being used.

As the types of traps described above, they are called sticky traps, delta traps using epipheromones, and uni traps using attractants or bucket traps. Water that is called funnel trap, fish-net trap and tetragonal trap, beetle trap for attracting scarabs, attractants and pests attracted to infants, etc. Infant lamps widely used to attract pests such as Lepidoptera moths and beetles that are active at night by using water traps, cone traps in the shape of a cone, and daylight of pests. There are light traps and electric shock traps that kill pests attracted to infants with electric shocks.

Among the traps, when adding to the sticky trap, a flat board trap in which sticky sticks are attached to both sides of a rectangular thin plate is the most common, and is widely used for the purpose of attracting microscopic pests occurring in a greenhouse.

The sticky traps are mostly for daytime killing, and usually have different incentives depending on their color, and yellow is for attracting powdery, aphids, oyster flies, rootflies, parasitic bees, etc., and white is for attracting flea leafworms, aphids, etc. , Blue color is mainly used to attract thrips.

However, one of the important things in the sticky trapping method is to attract pests to the trapped area including the adhesive layer, and the known adhesive liquid of the existing sticky pest trap is a pest phermon composition containing attractants such as carbon dioxide, ammonia, lactic acid, etc. And the adhesive composition is dispersed and mixed to be applied on one or both sides to a flat sheet or film according to the place and use of the sticky pest trap, and it is changed to a material with low liquid fluidity, so that the persistence of attracting pests and attracting effects over time are not good. There were disadvantages that could be caused, and the need for a separate container such as a plastic bag when disposing of the trapping plate and synthetic resin sheet and the remaining adhesive liquid with pest pollutants such as flies and mosquitoes attached to the collection and disposal of the spent pest sticky trap was inconvenient. .

To alleviate this inconvenience, recently, moths and other flying insects emit lights with lamps, attract pests with sex phermons or aggregate phermons, and then forcibly inhale the pests near the capture entrance with a suction fan to collect the net. The device for capturing pests using lighting and phermons that captures pests in fruit trees attracts and captures pests with artificial lighting and phermons even at night by using the nocturnal habits of pests such as moths in fruit tree farms. Therefore, it is preferred because it has the advantage of enabling eco-friendly agriculture to produce more high-quality fruits because it is possible to improve the pest capture efficiency and reduce the use of pesticides.

In other words, phermons are chemical substances that are made in small quantities in the body of insects and release odors into the atmosphere, and are secreted for the purpose of transmitting information to other sexes of the same insect species or to other individuals in the same insect. According to the behavioral responses between individuals, sex phermons, collective phermons, alarm phermons, guide phermons, distributed phermons, and class-differentiated phermons are classified.

Among them, the mating disruption technology using sex phermons, which is one of the representative pest control applications in some fruit farms, organically synthesizes the sex phermons of the target pests and sprays them in a large amount on the habitat. It is a pest control technology developed as a method to reduce the density of the next generation by interfering with mating.

In particular, since the mating communication of moths depends mainly on the sense of smell rather than the time of day from sunset to dawn the next day, the mating disturbance using sex phermons can be more effective, and many moth pests do single mating. It is known that if the mating period is missed due to the disturbance of mating by sex phermons due to the peak period of male and female mating, the possibility of loss of mating ability or the production of anarchy increases.

Therefore, although it is a chemical substance, it has a very high sensitivity and sensitivity, so it can exert a great pest attraction effect even if it is sprayed in a very small amount, and it is harmless to the human body because it has little toxicity, and it is highly volatile and therefore has no persistence. It is expected that the application will be expanded, and many studies using this are in progress.

However, in most of these trapping devices using lights, phermons and suction fans, lights and phermons are installed in the adjacent inner side of the pest trapping entrance, which is the upper part of the trapping device, and the suction fan and the trapping net are installed at the bottom of the trapping device. It is a structure that traps pests with a collection net using only the forced suction of the suction fan. When the suction fan is not operated, the insects collide with the lighting by approaching the lighting and phermons at the capture entrance, the upper part of the capture device. In the early stages of operation of the suction fan or while flying, pests are captured in the collection net by the forced suction air flow of the suction fan, but after the initial operation of the suction fan, phermones are discharged into the exhaust air stream formed near the lower part of the capture device after the collection net. Therefore, the pests attracted by phermons move from the trapping entrance in the upper part to the catching and discharging positions in the lower part, so that the rate of insects is lowered, and the pests attracted by lighting can be attracted close to the catching device, but the suction fan Due to the noise caused by driving, the capture rate is lowered, so that uninhaled pests stay in the vicinity of the lighting lamp and may cause side effects that may damage the crop. Although the efficiency of collecting pests can be improved by using a timer so that it is operated periodically, the noise caused by frequent operation and shutdown may be rather increased, so there is a problem that the number of people roaming around the pests attracted to the vicinity of the pest trapping device may increase. have.

In addition, most of the lighting devices use known lighting means such as ultraviolet lamps or incandescent lamps (or fluorescent lamps).Since small pests and insects stick to the lighting lamps, if not cleaned frequently, the illuminance decreases and the pests cannot be attracted. , In mountain areas where electricity supply is not smooth, its utilization is low, power consumption is large, and durability is low, so its lifespan is short.

Republic of Korea Patent Registration No. 10-0849037 (registered on 23 July 2008) is a pest capture device that utilizes a solar light condensing module, a lure lamp, and a St. phermon drug container, and is a device that captures pests that harm crops regardless of day or night. In relation to, the lightning rod 11 is installed in the center of the convex portion of the upper surface, and the lampshade 10 having a fastening portion to fasten the attracting lamp 20 to the center of the concave portion of the lower surface; A manned lamp (20) provided to be installed on the fastening portion of the lampshade (10); Adjacent to the lower end of the lampshade (10), four wings (32) are installed to cross in a cross (╋) shape, and the accommodation groove (31) to secure space for the manned lamp (20) at the top and a slope at the bottom Wings 30 provided to achieve; A pest inlet 40 provided adjacent to the lower part of the wing part 30 and having a through hole 41 through which the center penetrates as the upper end is expanded and the lower end is reduced; A collecting net 50 installed under the pest inlet 40 and provided to collect pests; A receiving part is provided to accommodate the pest inlet 40 inside, a door 61 for replacing the trapping net 50 is provided on the outer surface, and a mesh body 62 is provided at the bottom to allow air to communicate with each other. To the body 60; And a suction fan 70 that is installed by a support 72 to be accommodated in the lower part of the body 60 and rotates by the driving force of the motor 71 to create a flow of air from the top to the bottom. Pests that are attracted through the drug container with stored pheromone agents, etc. collide with the cross-shaped wing and are captured by the suction fan into the trapping net, thus more effectively capturing pests that harm crops regardless of day or night. Reference numeral 33, which is not described, denotes a medicament container, and the medicament container 33 is installed inside the wing part 30, as shown in FIGS. 1 to 4.

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

The St. phermon medicine container is installed inside the wing so as to be close to the inhalation side of the pest attraction, and the air flow by the suction fan is formed to the bottom and discharged. If not, it is possible due to natural airflow and not possible when the suction fan is operated, so the effect of attracting and trapping pests may be low, and the capture rate decreases due to the noise caused by the operation of the suction fan, so that the capture rate decreases and cannot be captured by suction. As pests remain near the lighting lamps, there may be side effects that cause damage to crops, and the lighting area of the solar light collecting module of the lampshade may not be enough to illuminate the night light due to heavy rain or cloudy weather. There may be inconvenience of having to supply separate power.

In addition, Korean Patent Registration No. 10-1703167 (registered on January 31, 2017) is the development of a sticky trap for controlling insects using phermons, including an attractant trap portion formed with an adhesive on a substrate and a pheromone lure formed on the attractant trap portion. It is an eco-friendly insect attracting trap that does not use insecticides, so it is harmless to the human body, can minimize environmental pollution, and can exert long-term effects without lowering the attraction by insect pheromones. The development of a sticky trap for controlling insects using phermons, which has very excellent advantages, has been disclosed,

Since the Pheromone Lure cannot be fixed in the attracting trap area where the adhesive is formed to collect pests, it has no choice but to be fixed at the top, bottom or side end of the attraction trap where the adhesive is not formed. Therefore, the Pheromone Lure is fixed in the center of the attraction trap area to prevent pests. Rather than attracting, there is a disadvantage that the attraction and collection effect of pests may be lowered.

In addition, Korean Patent Registration No. 10-1804563 (registered on November 28, 2018) is a sticky pest trap equipped with a zipper bag, and the sticky pest trap 100 according to the present invention has a plurality of inlets 101 so that pests can be introduced largely. ) Is formed in the cylindrical first casing 110, the second casing 120 accommodated in the first casing 110, and the second casing 120, and an adhesive liquid is applied to the outer surface thereof It may include a sticky sheet 130 and a pedestal 140 for fixing and supporting the first casing 110 or the second casing 120, and utilizes the fluid viscosity of the adhesive solution made of an insecticidal liquid material. And, it is possible to improve the trapping efficiency of pests by easy deformation installation of the sticky sheet and maintaining the insect attraction performance of the insect trapping liquid material, there is an effect that the replacement of the sticky sheet can be easily performed, and the second casing 110 A light to attract daylight insects may be installed in the second casing, and a sticky pest trap provided with a zipper bag to prevent contamination of the adhesive liquid on the human body or clothing is disclosed.

It is described that the lighting for inducing pests can be installed inside the second casing, and there is no specific invention, so in the case of a trap that attracts and collects pests only with the attractant contained in the adhesive liquid, the liquid material of the zipper bag sticky sheet is trapped. The application and replacement of the liquid is convenient, and may be economical because it is inexpensive, but the pest trapping effect of the sticky trap may have more deficiencies than the pest trap trap that attracts and captures pests with lighting and phermons.

In addition, physical repellents or chemical repellents have been used as methods to compensate for the shortcomings in the field of repelling wild animals, and chemical methods have been studied in parallel with physical devices.

These techniques, such as silencers, light reflectors, and guns, using physical tools have limited efficacy to stimulate the single sense of birds and excellent learning ability of birds, and are initially effective as rejection reactions to the physical tools. It looks like, but as time elapses, repetitive learning has only a temporary prevention effect, but a long-term effect is not obtained, and the duration of the effect is short, so there is a problem that it cannot fundamentally block the access of animals or birds.

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

Therefore, in recent years, as a non-lethal substance composed of domestic methyl anthranilate, cinnamon essential oil, mint essential oil, butyric acid, acetic acid, emulsifier, solvent, capsaicin and chopi tree extract, the persistence and scent of the repellent composition can be maintained. In addition, it is a repellent that prevents secondary contamination and loss by sealing and hanging the composition on a pack made of a material that evaporates and scents while the liquid does not flow out like a non-woven fabric rather than a general plastic pack. Has been released and marketed, and a liquid repellent (Plantosol), which has been developed as a liquid organic nitrogen fertilizer in Germany and imported for algae control, is being marketed abroad.

Therefore, a method of combating wild animals in which a physical and chemical method using the smell of the repellent composition using sound or light by solar energy is combined, requires continuous research.

Republic of Korea Patent Laid-Open No. 10-2012-0068001 (published on June 28, 2012) is “to combat dangerous birds and wild animals combined with a green music supply device”. In the eradication of preventing access to harmful birds and wild animals, the ground A solar panel 110 installed on the upper end of the fixed support A that is installed and fixed to convert solar heat into electric energy, and electricity generated from the solar panel 110 by being connected to the solar panel 110 A power storage device 120 that charges energy to supply power, an optical sensor 130 that supplies or cuts power by sensing external illumination while being installed in the power storage device 120, and a bird or wild animal The hologram reflector 140 provided at a certain distance from the fixed support A by the connection support 141 so as to be shaken by the wind while in the shape of an animal avoiding access, and the ON/OFF of the optical sensor 130 The light emitting diode 150 that is operated by the hologram reflector 140 to express various light, and the laser unit 160 which is operated by ON/OFF of the optical sensor 130 to express the laser to the hologram reflector 140 ); An acoustic emission unit 170 provided at a lower side of the power storage device 120 and including an acoustic semiconductor and an acoustic speaker for emitting sounds that birds or wild animals hate; A repellent material storage unit 180 installed at the lower end of the fixing support (A) to accommodate a repellent, which is an odor-causing substance, to diffuse odors that birds or wild animals dislike to the surroundings; A structure that holds and fixes intrinsic substances such as cresol soap or naphthalin that birds and wild animals do not like, but it is stored in a container or made in a mesh shape so that the odor can easily spread and spread to the surroundings by the wind. Combining the green music supply device, characterized in that it has been disclosed to combat harmful birds and wild animals,

In the winter season when hazardous birds and wild animals are active, the repellent material storage unit is exposed to the outside, and the repellent material cannot spread to the surroundings due to the freezing of the repellent material due to the inflow of snow. There is a difficulty in eradicating animals, and in spring, summer, and autumn, the loss of repellent substances is inevitable due to exposure to rain, so there is another difficulty in combating birds and wild animals with an efficient repellent function, and the solar panel is exposed to the outside, resulting in heavy snowfall in winter. In the case of freezing due to the occurrence of solar power, the function of eradication will be insufficient.

In addition, Registration Patent No. 10-1537030 (registered on Jul. 9, 2015) is “a method of protecting crops using holograms including the eyes of natural enemies and a protection device thereof”, and is used for both eyes or sheep on an optical base film containing a fluorescent substance. Method of manufacturing a crop protection device for blocking wild animals by laser printing the face or whole body of natural enemies including claws to express them as holograms, and applying a composition containing phosphors and repellents to the eyes or claws It discloses a mechanism for protecting crops manufactured according to the method, and in particular, by using herbal plant oils and extracts to enhance the repelling effect, and by applying a phosphorescent substance thereto, not only doubles the repelling effect of nocturnal wild animals, but especially mammals and birds. It has an excellent effect that improves versatility and durability by providing an experiment with a blocking effect by dividing it into, and the graphic photograph of the laser-printed natural enemy by itself avoids harmful wild animals and protects them from crops, but the natural enemies feared by the wild animals. If a phosphorescent material is applied to both eyes or claws of an animal, the repelling effect can be doubled by giving fear to nocturnal animals through light emission at night. As a light emitting material in the technical field of the present invention, from a white light source. A fluorescent material or a phosphorescent material in which the amount of light is adjusted by reflecting or transmitting the emitted light may be used. Specifically, the light-emitting material according to the present invention preferably has an absorption wavelength of 200 to 400 nm and an emission wavelength of 520 to 600 nm. Therefore, according to the present invention, in order to effectively block nocturnal wild animals, a method for protecting crops using a hologram including the eyes of natural enemies, and a protection mechanism thereof, that a phosphorescent material capable of emitting green energy must be selected as a light emitting material for night time. Is disclosed,

During the daytime, a phosphorescent substance is applied to the eyes or toenails, which are part of the body of natural enemies, by mixing an adhesive and a repellent composition, which can be excellent for the decomposition of wild animals, but at night when wild animals are mainly active, fluorescent substances effective for repelling daytime animals are used. Since it is applied to a part of the body to block wild animals, the emission time of the luminous wavelength due to energy in the green area at night due to the absorption of white light, which is the daytime sunlight without a separate solar energy charging facility, is bound to be limited. Therefore, in combating wild animals at night, it is impossible until sunrise the next day after sunset, and there is inevitable limitation that only a few hours after sunset can be emitted, so there will be difficulties in combating wild animals with continuity of day and night.

As described above, it is possible to capture pests during crop cultivation and to combat wild animals during crop harvesting, attracting pests using sunlight as a power source, and generating light or smell that birds or wild animals dislike. It is an environmentally friendly and efficient pest control aspect that can easily eradicate wild animals by stimulating the vision and sense of smell, is harmless to the human body, and minimizes environmental pollution, and commercial aspects, including the price of traps to combat wild animals. A lot of research is needed.

Korean Patent Registration No. 10-0849037 (Registered on July 23, 2008) Korean Patent Registration No. 10-1703167 (registered on Jan. 31, 2017) Korean Patent Registration No. 10-1804563 (Registered on November 28, 2018) (Public Literature 0004) Republic of Korea No. 10-2012-0068001 (published on June 28, 2012) Korean Registered Patent No. 10-1537030 (registered on July 9, 2015)

The problem to be solved by the present invention in consideration of the above problems is not only flies or mosquitoes that cause various diseases by providing harmful enzymes to humans or livestock, but also flying pests such as moths and stingers that cause great damage to crops or Revenge where sunlight can be projected and pests can be introduced so that harmful birds such as magpies, sparrows, crows, and starlings, and wild animals such as elk, wild boar, raccoon, and roe deer can be efficiently and eco-friendly to capture and combat wild animals. A multi-layered solar led lighting lamp in which led white light and led ultraviolet (UVA) light using solar energy provided inside a tubular network in which the inlet is formed and a tubular transparent container are vertically and horizontally combined,

A transparent or translucent strip that allows sunlight to pass through the transparent container at a certain interval and the color favored by pests penetrates the center of the vertical side of the solarback sheet, which is a pest attraction. Pheromone or wild animal repellent composition scent is emitted from the ejection outlet, and the solar back sheet is coated with a trapping adhesive at the wavelength of light emitted by white light and ultraviolet (UVA) light. It is to combat wild animals by spreading the light wavelength by UVA) light and the fragrance of the wild animal repellent composition provided inside the trap from a plurality of ejection ports,

An object of the present invention is to provide a sticky pest trap that is harmless to the human body and can minimize environmental pollution.

Another object of the present invention is a multi-layered solar led lighting lamp in which led white light and led ultraviolet (UVA) light, which are solar led lights, are vertically and horizontally combined, and transparent or translucent, and the color preferred by pests is The repetitively colored stripe-shaped sticky solar back sheet attracts pests quickly by led white light, led ultraviolet (UVA) light, and phermon scent, and the pests are continuously captured by the adhesive insect material, and the pests move around the trap. It is to provide a sticky pest trap that does not roam.

Another object of the present invention is a multi-layered solar led lighting lamp in which led white light and led ultraviolet (UVA) light, which are solar led lights, are vertically and horizontally combined, and transparent or translucent, and the color preferred by pests is It is to provide a trap that efficiently fights wild animals by means of led white light and led ultraviolet (UVA) light that passes through the repetitively colored stripe-shaped insect attraction solar bag, and the fragrance of the wild animal repellent composition.

Another object of the present invention is to provide sufficient illumination with multi-layered lighting so that small pests or insects do not stick to the lighting, and the illumination of the sticky sheet does not decrease due to the collection of pests, and in mountainous areas where electricity supply is not smooth. Its utilization is improved, power consumption is low, and it is to provide a sticky pest trap that can exert long-term effects.

Another object of the present invention is to provide a sticky pest trap capable of minimizing unclean environment, contamination, etc. by conveniently collecting and replacing sticky sheets contaminated by pest capture.

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

In order to solve the above problems, the sticky pest capture and wildlife trap equipped with a multi-layered solar led lighting lamp and a solar bag that attracts pests according to the present invention has a plurality of inlets through which sunlight is projected and pests can be introduced. A multi-layered solar led lighting lamp with vertical and horizontal combination of led white light and led ultraviolet (UVA) light using solar energy provided inside the tubular network and the tubular transparent container, and the outside of the transparent container A plurality of pheromones provided through the central part of the vertical side of the solar back sheet, which is a stripe-shaped, pest oil that is repeatedly colored transparent or translucent, and the color favored by pests is repeatedly colored through which sunlight can be transmitted. Pheromone emitted from the scent or wild animal repellent composition, and a solar back sheet coated with an insecticidal adhesive at the wavelength of light emitted by white light and ultraviolet (UVA) light emitted from the ejection outlet, and trapping pests or attracting pests, or by LED white light and ultraviolet (UVA) light. It is to fight wild animals by spreading the light wavelength and the scent of a wild animal repellent composition provided inside the trap from a plurality of outlets to the surroundings,

An eco-friendly, vertical cylindrical sticky sticky sheet for vertical space use that attracts pests using solar energy is formed on the top of the pedestal to maximize space utilization, and a transparent container and sticky stick through which sunlight is transmitted. It is a multi-layered lighting structure that can attract pests with the illumination of LED white light and ultraviolet (UVA) light LED lamps of different wavelengths to expand the illumination to the entire outer surface of the solar back sheet that attracts pests and improve the pest control effect. When cultivating crops near the center of the sticky sheet near the ejection of a plurality of pheromones or wild animal repellents prepared through the central part of the vertical side of the container and the muscle sheet, it is transparent with LED white light and ultraviolet (UVA) light, which are solar LED lights. Alternatively, the solar back sheet, which is a sticky insect attraction in the shape of a stripe repeatedly colored translucent and in the color favored by pests, and the phermon scent, quickly attracts pests and leads to continuous capture of pests by adhesive insects, led by white light and ultraviolet (UVA) light. And pests attracted by phermons do not wander around the trap, and during harvesting of crops, LED white light and LED ultraviolet (UVA) light are combined vertically and horizontally. , Efficiently eradicate wild animals by means of led white light and led ultraviolet (UVA) light that penetrates the solar back sheet, which is transparent or translucent and the color preferred by pests is repeatedly colored, and the solar back sheet is a sticky pest attraction. Is a trap,

Since the light is inside the transparent sticky sheet, small pests and insects do not stick to the light, and even if the amount of sunlight transmitted by the sticky sheet is small, the light is turned off and the lighting time is not shortened. It is secured, and its utilization is improved even in mountainous areas where electricity consumption is low and electricity supply is not smooth due to the lighting of the LED lamp using solar energy, and the transparency of the sticky sheet decreases due to the collection of killed pests, or time elapses. It can be used for a long period of time by conveniently replacing only the used sticky sheet due to the hardening of the adhesive solution.

It is a structure that can be hung on the ceiling of a green house by a hook or on the top of a tree, or can be installed directly above the crops by means of a support joint at the bottom.

Since it can be used for both home security and pest collection, it has versatile use that can be used in various ways depending on the location and purpose of use.

And as a means for achieving the object of the present invention, the insect trapping and wild animal control trap equipped with a multi-layered solar LED lighting lamp and a sticky insect attraction solar bag according to the present invention can project sunlight and introduce pests. A first casing having a cylindrical shape as a mesh in which a plurality of inlets are formed; A cylindrical second casing having an opening communicating with the inside formed at the top and opened and closed by a stopper; A transparent third casing that is accommodated in the second casing and has an opening formed at a lower portion thereof to communicate with the inside, and has a shape in which the tube opened and closed by a stopper is turned upside down; A solar back sheet that surrounds the second casing and is a sticky insect oil in a striped shape in which a transparent or translucent adhesive solution is applied on an outer surface and a color favored by pests is repeatedly colored; A solar back sheet supporter, which is a sticky pest attraction, installed on an upper end surface of the stopper of the second casing to prevent sagging of the left and right upper portions of the solar back sheet, which is the sticky insect attraction; Passing a phermon or repellent formulation drug installed on the lower inner side of the second casing; A plurality of pheromone flavors or wild animal repellent compositions that penetrate the second casing and the central portion of the vertical side of the solar back sheet, which is sticky pest oil, so that the airflow inside the second casing is ejected from the central portion of the solar back sheet, which is sticky pest oil, to the outside. With a fragrance outlet; A first base for fixing and supporting the first casing, and for fixing and supporting the first casing; A second pedestal that is fixed and received inside the first pedestal and fixes and supports the second casing and the third casing; A first lighting device installed by forming a through hole in the stopper of the second casing; A second lighting device that is spaced apart from the bottom of the first lighting device at regular intervals, is inside the second casing, and is coupled to an upper end that is outside the third casing; A third lighting device installed inside the third casing and having sunlight back to face each other with the second lighting device; A fourth lighting device that is inside the second casing, under the second lighting device, and installed horizontally on the left of the outer upper end of the third casing; A fifth lighting device installed on the right side horizontally to face the fourth lighting device; A solar reflector installed on the inner surface of the stopper of the third casing and spaced apart at a predetermined interval under the third lighting device; A ring fastening part installed so as to medal the first casing on a fixed object on the ground; Includes; a coupling part for fixing the first casing, the second casing and the third casing to the pedestal with a coupling member,

The first lighting device, the second lighting device, and the third lighting device are in a vertical form in the inside of a transparent container with a stand-alone solar cell module substrate and a lamp, and the fourth and fifth lighting devices are in a horizontal form. It is a structure to emit light to the outer surface of the entire transparent container by forming a multi-layered structure, and the through hole is formed in the center of the ejection port for the pheromone or repellent composition, so that the vertical of the cylindrical transparent container and the sticky insect oil solarback sheet It is characterized in that it is installed through the center of the side.

In addition, in the insect trapping and wild animal control trap equipped with a multi-layered solar LED lighting lamp and a sticky insect attracting solar bag, the first lighting device, the second lighting device, the third lighting device, the fourth lighting device, and the fifth The lighting equipment is a solar cell module substrate that generates power by integrating sunlight, a solar cell module support plate that can firmly fix the solar cell module substrate, and the solar cell module substrate to charge the power produced from the solar cell module substrate. A capacitor that can be used, an LED lamp that irradiates light by receiving power from the capacitor, and a light-receiving surface of the solar cell module substrate to charge the generated power in the capacitor during the daytime, and the LED lamp after sunset. An illuminance sensor for lighting, a control unit for charging the capacitor and controlling lighting of the led lamp, an illumination cover for protecting the led lamp as a material that transmits light that can refract and diffuse the transmitted light, and the capacitor, It is characterized in that it is composed of a lighting substrate that is fastened to the solar cell module support plate by a coupling member by fixing the led lamp and the control unit.

In addition, in the insect trapping and wild animal control trap equipped with a multi-layered solar LED lighting lamp and a sticky insect attraction solar bag, the first casing is a network in which a plurality of inlets are formed so that sunlight can be projected and pests can be introduced. As a cylindrical shape, the vertical side of the first casing has a lattice-shaped inlet and an umbrella-shape inlet is formed in a hat shape, and is composed of a round bar with high bending strength and durability, corrosion resistance or powder coating. It features.

In addition, in the pest trapping and wild animal control trap equipped with a multi-layered solar LED lighting lamp and a sticky insect attracting solar bag, a ring fastening part is formed on the upper end of the first casing, which is configured to be medallion on a fixed object on the ground. It features.

In addition, in the insect trapping and wild animal control trap equipped with a multi-layered solar LED lighting lamp and a sticky insect attraction solar bag, the lighting device of the second casing is a stand-alone solar cell in a polygonal cylindrical inner space including a transparent cylinder. It is characterized in that the module substrate and the lamp are formed in a multilayer structure in which two or more vertical shapes are formed, or in a multilayer structure in which vertical and horizontal are combined in two or more vertical shapes and one or more horizontal shapes.

In addition, in the insect trapping and wild animal control trap equipped with a multi-layered solar LED lighting lamp and a sticky insect attraction solar bag, the lighting device of the second casing includes two or more solar lights in a polygonal cylindrical inner space including a transparent cylinder. At least one of the photovoltaic module substrate and the lamp is characterized in that the photovoltaic module substrate and the lamp are formed in a vertical multi-layered structure with the sun behind.

In addition, in the insect trapping and wild animal control trap equipped with a multi-layered solar LED lighting lamp and a sticky insect attracting solar bag, the solar reflector is the light receiving surface of the solar cell module substrate installed with the sun of the third lighting device behind. It is characterized in that a reflecting mirror that is spaced a predetermined interval from and is installed is larger than the outer diameter of the solar electronic module substrate facing the reflective surface of the circular convex mirror.

In addition, in the insect trapping and wild animal control trap equipped with a multi-layered solar LED lamp and a sticky insect attracting solar bag, the inner diameter of the upper opening of the second casing is the light receiving of the solar cell module substrate of the second lighting device. It is characterized in that it is smaller than the outer diameter of the middle portion of the second casing and larger than the outer diameter of the third casing installed inside the second casing so that shading does not occur on the surface.

In addition, in the insect trapping and wild animal control trap equipped with a multi-layered solar LED lighting lamp and a sticky pest oil solar bag, the sticky pest oil solar bag sheet is a sealed transparent adhesive solution containing an adhesive solution inside a transparent plastic bag. A bag is further provided, and the adhesive solution bag is opened from the inside of the plastic bag, and the inner surface of the applied plastic bag is transformed into an outer surface when the solar bag sheet, which is the sticky insect oil, is covered on the second casing.

In addition, in the insect trapping and wild animal control trap equipped with a multi-layered solar LED lighting lamp and a sticky insect attraction solar bag, the coupling portion is coupled with a coupling member so that the first casing, the second casing and the third casing are detachable. , A round bar-shaped protrusion is formed on the bottom surface of the coupling member to be coupled to a post fixedly installed on the ground.

In addition, in the pest trapping and wild animal control trap equipped with a multi-layered solar LED lighting lamp and a sticky insect attracting solar bag, the through hole formed in the center of the bottom of the lighting cover of the first lighting device is the LED of the first lighting device. Controlling the illuminance sensor provided on the light-receiving surface of the photovoltaic cell module substrate installed on the upper end of the second lighting device by higher illuminance than the light passing through the light from the lamp vertically downwards and passing through the lighting cover. It is characterized.

In addition, in the pest trapping and wild animal control trap equipped with a multi-layered solar LED lamp and a sticky insect attracting solar bag, the center of the lower part of the lighting cover of the second lighting device and the interior of the lighting cover of the third lighting device The illumination reflecting unit further provided in the center of the upper end is formed in a diamond-shaped or curved conical-shaped reflective slope formed with various inclinations, so as to move 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 irradiated light is reflected to be diffused outward.

In addition, in the pest trapping and wild animal control trap equipped with a multi-layered solar LED lamp and a sticky insect attraction solar bag, the led lamp of the first lighting device, the led lamp of the second lighting device, and the led of the third lighting device The LED lamp of the lamp, the fourth lighting device, and the led lamp of the fifth lighting device are used as one or more color-specific led devices including white light, RGB three primary color led devices, or ultraviolet (UVA) led devices to improve the inducement effect for each pest. It characterized in that it is configured.

In addition, in the insect trapping and wild animal control trap equipped with a multi-layered solar LED lighting lamp and a sticky insect attracting solar bag, the pheromone flavor or wild animal repellent composition drug container is formed in the lower part of the second casing as a basket shape. It is characterized in that a shrinkable rubber bushing or a silicone bushing having a hole smaller than the outer diameter of the phermon drug container is installed in the through hole, and the drug container is inserted into the hole in the bushing to be fixed.

In addition, in the insect trapping and wild animal control trap equipped with a multi-layered solar LED lighting lamp and a sticky insect attracting solar bag, the pheromone or wild animal repellent composition water outlet is formed of a protruding screw formed on a circular washer-shaped coupling member. A ventilation hole is formed in the center, and a shrinkable rubber bushing or a silicone bushing with holes formed in two or more through holes formed on the vertical side is installed to take advantage of the convection phenomenon inside and outside the second casing. It is characterized in that the sticky is installed by rotating it into a hole in the bushing of the second casing by penetrating the solar back sheet, which is a pest oil, with a screw formed on the coupling member of the second casing.

In addition, in the insect trapping and wild animal control trap provided with a multi-layered solar LED lighting lamp and a sticky pest oil solar bag, the sticky pest oil solar back sheet support 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 due to the smaller diameter of the stopper, the sticky is fixed to the left and right of the top of the stopper of the second casing with coupling members such as screws.

A multi-layered solar LED lighting lamp and a sticky insect trap solar bag equipped with a pest capture and wild animal control trap according to the present invention

Led white light and led ultraviolet (UVA) blue light using solar energy provided inside a tubular network and tubular transparent container with a plurality of inlets through which sunlight is projected and pests can enter Horizontally combined multi-layered solar led lighting, transparent or translucent that can transmit sunlight covered by a certain distance on the outside of a transparent container, and a striped pattern of repetitively colored colors preferred by pests Pheromone emitted from a plurality of phermonic-scented jets provided through the central part of the vertical side of the solar back sheet, and the solar back sheet coated with a trapping adhesive at the wavelength of light emitted by white light and ultraviolet (UVA) light to capture pests or , As to combat wild animals by spreading the wavelength of light by led white light and ultraviolet (UVA) light and the fragrance of the wild animal repellent composition provided inside the trap from a plurality of outlets to the surroundings,

An eco-friendly, vertical cylindrical sticky sticky sheet for vertical space use that attracts pests using solar energy is formed on the top of the pedestal to maximize space utilization, and a transparent container and sticky stick through which sunlight is transmitted. It is a multi-layered lighting structure that can attract pests with the illumination of LED white light and ultraviolet (UVA) light LED lamps of different wavelengths to expand the illumination to the entire outer surface of the solar back sheet that attracts pests and improve the pest control effect. When growing crops near the central part of the solar back sheet, which is a sticky pest attraction, a plurality of phermon scents provided through the center of the vertical side of the solar back sheet that attracts pests or wild animals, when growing crops near the center of the solar back sheet, which is a sticky pest attraction, led white light Ultra-ultraviolet (UVA) light, transparent or translucent, and a striped insect attraction that is repeatedly colored in the color preferred by pests, solar bag and phermon scent, quickly attracts pests and leads to continuous capture of pests by adhesive insects. Prevents pests attracted by ultraviolet (UVA) light and phermons from roaming around the trap, and during harvesting of crops, a multi-layered structure that combines vertical and horizontal LED white light and LED ultraviolet (UVA) light The solar led lighting of the light, transparent or translucent, and the stripe-shaped insect attracting solar bag that is repeatedly colored with the color preferred by the pest is efficiently used by the led white light and led ultraviolet (UVA) light and the fragrance of the wild animal repellent composition. It is a trap that fights wild animals,

Since the light is inside the transparent sticky solar back sheet that attracts insects, small pests and insects do not stick to the light, and even if the amount of sunlight transmitted by the solar back sheet, which is the sticky insect attraction, is small, the lighting is turned off and the lighting time is not reduced. Sufficient lighting time is secured by the lighting of the structure, and the use of power consumption is improved even in mountainous areas where electricity is not supplied smoothly, and the use of the LED lamp using solar energy is improved. The transparency of the solar back sheet decreases or the adhesive liquid hardens over time, so only the solar back sheet, which is consumed by the sticky insect attraction, can be conveniently replaced and used for a long period of time, and can be installed on the floor of a barn or farmland by a pedestal.

It is a structure that can be hung on the ceiling of a green house by a hook or on the top of a tree, or can be installed directly above the crops by means of a support joint at the bottom.

It can be used for both the security of the house, the collection of pests and the eradication of wild animals, so it has a versatile purpose that can be used in various ways depending on the location and purpose of use.

The effects of the present invention are not limited to those mentioned above, and other problems 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 capture wild animal combat trap according to the present invention,
FIG. 2 is a vertical sectional view taken along line A-A' of FIG. 1;
3 is a cross-sectional view of the upper portion B-B' of FIG. 1
Figure 4 is a cross-sectional view showing a state in which the solar back sheet for attracting pests of the present invention is covered with a second casing,
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 attracting pests in which transparent or translucent and pest preference colors are repeatedly colored

An embodiment of the present invention is a multi-layered structure used for capturing various pests such as flies, mosquitoes, moths, etc. and for combating dangerous birds such as magpies, sparrows, crows, and starlings, and wild animals such as elk, wild boar, raccoon, and roe deer. It relates to a trap for capturing pests and exterminating wild animals equipped with a solar LED lamp and a sticky solar bag that attracts pests. A stand-alone solar led lamp is vertically and horizontally inside a polygonal cylinder including a transparent cylinder through which sunlight can be transmitted. A sticky pest in the form of stripes colored in a color preferred by pests, transparent or translucent to allow sunlight to pass through, with 5 installations in a multi-layered structure and a radial shape on the side of a transparent cylinder. It is preferable to be composed of a solar back sheet, which is a sticky insect attraction, to which an adhesive liquid is applied to the outside of the attracted solar back sheet.

In addition, the independent solar led lighting lamp of the present invention has a multi-layered structure in a vertical and horizontal shape inside a polygonal shape including a transparent cylinder through which sunlight can be transmitted, and 5 pieces are installed: 2 white light and blue light (UVA ultraviolet) There are three, and the multi-layered structure is a vertical type of three layers of white light and one ultraviolet (UVA) light inside the transparent cylinder through which sunlight passes, and the upper and middle lights, which are white light, and the lower light, which is ultraviolet (UVA) light. Two ultraviolet (UVA) lights are formed by combining them in a horizontally symmetrical horizontal shape on the outer top of the third casing in a space where the middle and lower lights are vertically spaced apart, and the outlet for the pheromone or wild animal repellent composition is a transparent cylinder. The transparent cylinder and the sticky solar bag, which penetrates the solar back sheet, which is a sticky pest attraction, and that the phermon scent emitted from the inside of the transparent cylinder, or the fragrance of wild animals, is spread out to the outside of the side of the solar back sheet, which is a sticky pest attraction. Four are installed radially through the outside of the side of the sheet, and the sticky solar back sheet is a synthetic resin zipper bag such as transparent or translucent vinyl, and both sides are transparent or semi-transparent synthetic resin parts and pests that can transmit sunlight. It is a solar bag for attracting pests in which colors such as yellow or blue, which are preferred colors, are repeatedly colored in the form of stripes.In addition, one side of both sides is colored with a transparent or translucent synthetic resin part and yellow, which is the preferred color of some pests, and the other side is It may be composed of a transparent or translucent synthetic resin part and colored blue, which is the color preferred by some pests,

In the case of cultivation of pests and pest control through the release of pheromones and wild animal repellent composition, the activity of pests is relatively high and the activity of wild animals is relatively low. It is desirable to eradicate wild animals by releasing wild animal repellent products during the harvest season of agricultural crops where there is a lot of activity.

Hereinafter, exemplary 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 a detailed description of a related known function or configuration may unnecessarily obscure the subject matter of the present invention, a detailed description thereof will be omitted. In addition, terms to be described later are terms defined in consideration of functions in the present invention and may vary according to user intentions or precedents. 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 components are assigned the same or similar reference numerals, and detailed descriptions thereof will be omitted.

1 is a cross-sectional view of a trap for capturing and fighting wild animals equipped with a multi-layered solar LED lamp and a sticky pest attraction solar bag according to an embodiment of the present invention, and FIG. 2 is a cross-sectional view of FIG. 1 according to an embodiment of the present invention. A-A' is a vertical cross-sectional view, Figure 3 is an upper B-B' cross-sectional view of Figure 1 according to an embodiment of the present invention, Figure 4 is a sticky pest inducement solar back sheet of the present invention covering the second casing It is a cross-sectional view showing the appearance, and FIG. 5 is a perspective view of a solar bag for attracting pests in which transparent or translucent and pest preference colors are repeatedly colored, and FIG. 6 is a detailed description of a solar bag for attracting pests in which transparent or translucent and pest preference colors are repeatedly colored Is also.

The insect trapping and wildlife trap equipped with a multi-layered solar LED lighting lamp and a sticky insect attraction solar bag according to the present invention is in the form of a network through which sunlight is transmitted and a plurality of inlets through which pests can be introduced are formed. A first casing; A cylindrical second casing having an opening communicating with the inside formed at the top and opened and closed by a stopper; A transparent third casing that is accommodated in the second casing and has an opening formed at a lower portion thereof to communicate with the inside, and has a shape in which the tube opened and closed by a stopper is turned upside down;

A solar back sheet that surrounds the second casing and is a sticky insect oil in a striped shape in which a transparent or translucent adhesive solution is applied on an outer surface and a color favored by pests is repeatedly colored; A solar back sheet supporter, which is a sticky pest attraction, installed on an upper end surface of the stopper of the second casing to prevent sagging of the left and right upper portions of the solar back sheet, which is the sticky insect attraction; A pheromone or repellent formulation drug passage installed on the lower inner side of the second casing; A plurality of pheromone flavors or wild animal repellent composition water spouts through which the second casing and the inner airflow of the second casing can be ejected from the central part of the sticky sheet to the outside by penetrating the central portion of the vertical side of the solarback sheet, which is a sticky insect inducement; A first base for fixing and supporting the first casing; A second pedestal that is accommodated in the first pedestal and fixes and supports the second casing and the third casing; A first lighting device installed by forming a through hole in the stopper of the second casing; A second lighting device that is spaced apart from the bottom of the first lighting device at regular intervals, is inside the second casing, and is coupled to an upper end of the third casing; A third lighting device installed inside the third casing and having sunlight back to face each other with the second lighting device; A fourth lighting device that is inside the second casing, under the second lighting device, and installed horizontally on the left side of the outer upper end of the third casing; A fifth lighting device installed on the right side horizontally to face the fourth lighting device; A solar reflector installed on the inner surface of the cap of the third casing and spaced apart from the third lighting device at a predetermined interval; A ring fastening part installed so as to medal the first casing on a fixed object on the ground; Includes; a coupling part for fixing the first casing, the second casing and the third casing to the pedestal with a coupling member,

The first lighting device, the second lighting device, and the third lighting device are in a vertical form in the inside of a transparent container with a stand-alone solar cell module substrate and a lamp, and the fourth and fifth lighting devices are in a horizontal form. It is a structure to emit light to the outer surface of the entire transparent container by forming a multi-layered structure, and the through hole is formed in the center of the ejection port for the pheromone or repellent composition, so that the vertical of the cylindrical transparent container and the sticky insect oil solarback sheet It is installed through the center of the side.

Looking at the drawings, a multi-layered solar LED lamp according to an embodiment of the present invention and a pest capture and wildlife trap 100 equipped with a sticky insect attraction solar bag 100 includes a first casing 110 and a second casing 120 ) And, the third casing 130, and the sticky pest attraction solar back sheet 140, and the sticky pest attraction solar back sheet support (124) pheromone or wild animal repellent composition drug container (128) and, pheromone flavor and wild animals The repellent composition water jet port 150, the first base 115, the second base 125, the first lighting device 160, the second lighting device 170, the third lighting device 180, It is configured to include a 4 lighting device 190, a fifth lighting device 200, a solar reflector 135, a ring fastening part 113, and a coupling part 220.

In addition, the first lighting device, the second lighting device, the third lighting device, the fourth lighting device, and the fifth lighting device include a photovoltaic cell module substrate and the photovoltaic cell module substrate for generating power by integrating sunlight. A solar cell module support plate that can be rigidly fixed, a capacitor capable of charging the power produced from the solar cell module substrate, a led lamp that irradiates light by receiving power from the capacitor, and the solar cell module An illuminance sensor provided on the light-receiving surface of the substrate to charge the generated power to the capacitor during daytime and to turn on the led lamp after sunset, a control unit that controls charging of the capacitor and lighting of the led lamp, and transmitted light. As a material that transmits light that can be refracted and diffused, it is composed of a lighting cover that protects the led lamp, and a lighting substrate that is fastened to the solar cell module support plate by a coupling member by fixing the capacitor, the led lamp, and the control unit.

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

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

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

The ring fastening part 113 is fastened with a connecting member such as a ring-shaped bolt and a nut so that it can be mounted on a fixed object on the ground.

The first pedestal 115 is a plant pot pedestal shape with a flat bottom and protruding side surfaces, and the first casing 110 is concave at the bottom of the first casing 110 with three or more annular coupling members 115b. 110) and the first pedestal 115 are coupled so as to be detachable, and a through hole 115a into which a pipe, etc., which is fixed to the ground and installed, can be inserted in the inner center is excellent flowing into the pedestal 115 in the rainy season. It can function as a drainage.

In addition, the pedestal 115 may be installed on the bottom of the farmland or on the bottom of the barn to collect pests because a predetermined interval below the outer surface has a concentric circular shape.

The second casing 120 is a third lighting device 180 installed with the sun in the inner space of the first lighting device 160, the second lighting device 170, and the third casing 130 vertically. It is installed in a multi-layered structure of the shape, and serves to provide an internal space so that the fourth lighting device 190 and the fifth lighting device 200 are installed horizontally symmetrically on the left and right sides of the outer upper part of the third casing. As a cylindrical shape, the opening 122 communicating with the inside is formed narrower than the central portion of the body 121 and is opened and closed by the stopper 123, and the opening 122 is a third casing 130 and a third 1 An inner diameter into which the lighting device 150 can be inserted and installed is formed, the first lighting device 150 is installed in the center of the stopper 123, and the sticky sheet support 124 is installed at the top It is installed by being combined with a coupling member, and a through hole in which a rubber bushing (129b) described later is installed so that the pheromone flavor and the wild animal repellent composition spray port 150 can be fixed at the central portion of the vertical side of the body 121 Two or more 129a) are formed radially in the circumferential direction of the body 121, and a through hole 126a is formed in the center of the lower surface of the second casing 120 to fix the second casing 120 A rubber bushing to be described later so that the pedestal 125 to be supported is coupled by a coupling member of the coupling portion 190, and the phermon medicine container 128 can be fixed in proximity to the vertical side surface of the body 121 It is a structure in which a through hole 128a in which (128b) is installed is formed, and the inner diameter of the upper opening of the second casing 120 is to prevent shading from occurring on the light-receiving surface of the solar cell module substrate of the second lighting device. It is a structure that is smaller than the outer diameter of the middle portion of the second casing and is formed 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 is configured to be symmetrical in the vertical shape and the horizontal shape of the fourth lighting device 190 and the fifth lighting device 200 The function of the multi-layered solar led lamp is a structure that sequentially controls the lighting time and illuminance for collecting pests by sequentially turning on and off the solar cell module substrate and the led lamp with a built-in independent illuminance sensor, which will be described later. The five lighting devices charge sunlight with electric power during the day and emit lighting with the charged power at night by the independent illuminance sensor. For example, in the summer, the first lighting device, the third lighting device, and the third The 4th and 5th lighting devices are turned on at sunset, and the 3rd lighting device is primarily turned off at around 11 pm, and the 1st and 4th and 5th lighting devices are secondarily turned off at around 1 am the next day. Then, it can be illustrated that the second lighting device is turned on and the lighting lamps are sequentially turned on until dawn, and the third lighting device is turned off faster than the first lighting device, the fourth lighting device, and the fifth lighting device. The device is installed with the light-receiving surface of the photovoltaic module substrate facing the sun so that the light is radiated in the sky direction instead of the ground direction to improve the illuminance of the lighting to attract pests after sunset. This is because the power charge is small, and the second lighting device turns on later because it is a vertical multi-layered structure, and the lighting of the first lighting device operates the illuminance sensor of the second lighting device, so that the second lighting device cannot be turned on. 1 It turns on only after the lighting equipment is turned off.

In other words, 4 lights are on from sunset to 11 pm, 3 lights are on until 1 am the next day after 11 pm, and 1 light is on until dawn. Generally, daylight flying pests are active at night. It is a multi-layered solar led light that is an effective pest attraction approaching the activity time of flying pests, as it is known that the activity decreases with time, since it is active before and after midnight from the end of time and until the dew at dawn after midnight.

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

In addition, the lighting device of the second casing includes at least one of two or more solar cell module substrates and lamps in a polygonal cylindrical inner space including a transparent cylinder, It can be formed in a multi-layered structure.

The stopper 123 is screwed so that the through hole 123a is 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 solar cell module substrate is exposed to sunlight. It is fixed with a coupling member such as, etc., and it is a structure that is easy to attach and detach because it is opened and closed by a screw type, so it is a structure that is convenient for maintenance, and synthetic resin, PET or powder coated metal, corrosion-resistant metal, and non-metal material that are durable against sunlight exposure are preferable.

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

In addition, the sticky pest attraction solarback support 124 may be formed by being integrally molded with the stopper 123, and the plug structure covered with the plug 123 and the sticky support 124 shape are integrally formed It can be produced.

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

Further, the second pedestal 125 may be manufactured integrally with the first pedestal 115 of the first casing 110 so that the first casing 110 and the second casing 120 may be attached and detached.

The pheromone or nocturnal animal repellent formulation drug container 128 is a basket shape in which a well-known and commercially available phermon lure 128c is provided in the through hole 128a formed in the lower portion of the second casing 120. By installing a shrinkable rubber bushing (128b) or a silicone bushing having a hole smaller than the outer diameter of the phermon drug container (128), the drug container is inserted into the hole in the bushing to be fixed.

The pheromone lure (128c) is known and commercially available, and is a chemical substance prepared by organically synthesizing sex phermons of a specific pest to be captured, and is intended to transmit information to other sexes of the same insect species or to other individuals among the same insects. Pheromone lure (128c) is mainly used as a sex phermon, a group phermon, and is generally used by replacing 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 extracts and methyl anthranilate, cinnamon essential oil, peppermint essential oil, butyric acid, acetic acid, emulsifier, As a non-lethal substance composed of solvent, capsaicin, and chopidae extract, it can maintain the scent persistence and aroma of the repellent composition, and the composition does not flow out like a non-woven fabric rather than a general plastic pack, while the fragrance evaporates. It is used by sealing it in a pack made of a material that is scented outside.

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

The third casing 130 is accommodated in 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 fifth lighting device A part of the photovoltaic module support plate 202 is inserted and a rectangular oval hole (not shown) that can be fixedly installed by being in close contact with the inside of the second casing is formed symmetrically on the left and right sides of the top of the third casing, and the size of the rectangular oval hole is limited. When the photovoltaic module substrate 191 of the 4 lighting device and the photovoltaic module board 201 of the fifth lighting device are not inserted, it is possible to prevent the photovoltaic module substrate from being shaded.

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

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

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

The sticky pest attraction solar back sheet 140 has a semicircular shape on both sides of the sticky pest attraction solar back sheet 140 at the top in order to charge the solar cell module substrate such as a multi-layered independent solar lighting inside a transparent cylinder. By transparently partitioning and coloring, it is easy to transmit sunlight through the photovoltaic module substrate of the upper light, and the solar cell of the middle light, left, right, and lower lights installed inside the solar back sheet 140, which is a sticky pest attraction, is easy. In order to charge the module substrate, sunlight is irradiated in a striped transparent or semi-transparent section, so that the solar cell module substrate can be charged by the principle of light diffraction, and it is a known and commercially available vinyl that is transparent and flexible through which sunlight can pass. As a bag material, an adhesive liquid such as nylon or PET that accommodates the adhesive liquid 145 of the insect insect liquid material in the solar bag 141, which is the sticky insect attraction, in the shape of a stripe that is repeatedly colored transparent or translucent and pest preferred color ( The inside of the solar bag 141, which is a pest oil, is further provided with a transparent adhesive bag 145a sealed with a material in which the emulsifier of 145) does not elute, and when the sticky solar back sheet 140 is covered with the second casing. By opening the adhesive bag at the bottom, the inner surface of the solar bag, which is a pest attraction, coated with the adhesive solution 145 in the shape of the cone part 142, is easily transformed into the outer surface, and grabs the end of the solar bag 141, which is the pest attraction, from the top to the bottom. It can be easily installed by pulling it and is fixed by the ejection port 150 of the phermon or wild animal repellent composition.

And the solar back sheet 140, which is a sticky pest attraction, is made into the coupling member 116 of the first casing 110 when the adhesive solution 145 is hardened or a plurality of pests are killed over time. It is to provide a structure that can be easily replaced by pulling up and removing the bottom of the sticky sheet 140 in a state separated from the semi-bed, and the solar back sheet 140, which is a sticky pest attraction in a vertical cylindrical shape, is horizontal The vertical space utilization for the installation area can be maximized, and as a transparent plastic bag material, the light that passes through the inner transparent container is radiated from the entire area of the solar back sheet 140, which is the sticky pest attraction, so that the insect attraction effect can be improved. .

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

The pheromone scent or wild animal repellent composition scent ejection port 150 has a ventilation hole 150a formed in the center of a protruding screw formed in a circular washer-shaped coupling member, and the body 151 and the screw portion 152 and the ejection port 153 ), and a pheromone flavor dispersed in a known and commercially available phermon lure 128c embedded in the pheromone or wild animal repellent composition drug container 128 using the convection phenomenon inside and outside the second casing 120 Alternatively, a shrinkable rubber bushing (129b) or a silicone bushing having a hole formed in the through hole (129a) formed in two or more on the vertical side of the second casing (120) to eject the fragrance of the wild animal repellent into the atmosphere. It is exemplified that the sticky is installed and rotated into a hole in the rubber bushing of the second casing 120 by passing through the solar back sheet 140, which is a pest attraction, with a screw formed in the circular washer-shaped coupling member, and is not limited thereto. .

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

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

The led lamp of the first lighting device 160, the led lamp of the second lighting device 170 to be described later, the led lamp of the third lighting device 180, and the led lamp of the fourth lighting device 190 and the fifth lighting The LED lamp of the device 200 is generally capable of recognizing ultraviolet (UVA, 320~400nm) light by pests, and has the best response in the wavelength region around 365nm, which is the ultraviolet UVA wavelength. It would be desirable to use a combination of a wavelength ultraviolet led device and a white light device.

The photovoltaic cell module substrate 161 is configured by integrating sunlight to generate power, and the illuminance sensor 155 is embedded in a photovoltaic cell module made of a Si (silicon) material that is generally used.

The solar cell module support plate 162 is a coupling member such as screws to the cap 123 of the second casing 120 by firmly fixing the solar cell module substrate 161 and being coupled with the lighting substrate 169 It is fixed to and is formed of a resistant synthetic resin or corrosion-resistant metal material capable of preventing aging by sunlight, but is not limited thereto.

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

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

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

Since the led lamp 164 has a general characteristic of light distribution and a light distribution angle of about 90°, a known diffusion type led lamp with a flat top surface of the led lamp and a white led that irradiates a soft light is used to illuminate the surroundings. In this way, it would be desirable to control the lighting and lighting 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 resistance value according to the amount of light condensed on the light receiving surface of the solar module. When the resistance value decreases, power is charged to the capacitor 153 and the led lamp 164 is turned off, and when there is no light, the resistance value increases and the led lamp 164 uses the power charged in the capacitor 163 Is to light up.

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

Under the lighting cover 167, light from the led lamp 164 of the first lighting device 160 penetrates through the light receiving surface of the solar cell module substrate 171 of the second lighting device 170 A male through hole (167a) is formed to enable the operation, and the lighting cover 167 serves to protect the LED lamp 164, and is a transparent glass, acrylic, which can be molded to spread light distribution. A material such as synthetic resin is preferable.

In addition, the through hole (167a) is formed in the center of the lower end of the lighting cover 167 of the first lighting device 160, and the light from 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 solar cell module substrate 171 installed on the top of the second lighting device 170 by a higher illuminance than the light passing through the light passing through the lighting cover, The second lighting device secures a sufficient separation distance between the lower end of the first lighting device and the upper end of the second lighting device so that shade does not occur on the photovoltaic cell module substrate of the second lighting device installed under the first lighting device. This is a structure for turning off or turning on the led lamp 174 of the lighting device 170.

In addition, the through-hole (167a) is due to insufficient amount of charge of the capacitor 163 of the first lighting device 160 due to lack of solar radiation due to rainfall in the summer and cloudy weather in the rainy season, the led lamp 164 is turned off at night In the event that the illuminance sensor 175 of the second lighting device 170 responds to the absence of light, the led lamp 174 of the second lighting device 170 is automatically turned on, thereby attracting pests. It may serve to secure the second lighting device 170 as a reserve power so that the function of 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, an LED lamp 174, and a control unit. 176, an illumination cover 177, an illumination reflective part 178, and 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 housed in and installed.

The second lighting device 170 is a preliminary power lighting device, except for the lighting reflecting unit 178 installed on the lower surface of the lighting cover 177 of the second lighting device, the first lighting device 160 and Since they are the same, detailed descriptions of the same components are omitted.

It is preferable that the led lamp 174 of the second lighting device installs ultraviolet (UVA) light to improve the attraction of pests, and to install green light included in a wavelength of 520 to 600 nm to improve the effect of combating wild animals. .

The lighting reflecting part 178 is the through hole of the third lighting device 180, which will be described later, in a through hole 177a formed in the center of the lower end inside the lighting cover 177 of the second lighting device 170. In 187a), a fastening bolt integrally provided at the lower end of the lighting reflecting part 178 of the second lighting device 170 is inserted, and the through hole 134 is interposed between the upper surface of the second lighting housing 130. It penetrates and is installed by fastening bolt and nut

In addition, the illumination reflecting unit 178 is formed in a curved reflective slope of a diamond shape or a cone shape having various inclinations, so that the light irradiated downward according to the straightness of the light of the led lamp of the second lighting device 170 It is a structure that diffuses and reflects the second lighting device 170 in an outward direction.

The third lighting device 180 is installed so that the photovoltaic cell module substrate 181 illuminates sunlight in order to irradiate light for attracting pests in an outward direction rather than an open field direction in which the crop is located, and the second A shaded area is formed on the solar cell module substrate 181 so that the lower ends of the lighting cover 187 of the third lighting device 180 face each other at the lower end of the lighting cover 177 of the lighting device 170. It is installed with sunlight on its back, and is installed inside the third casing 130, and includes 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 reflecting unit 188, and an illumination substrate 189.

The third lighting device 180 may be configured such that the lower end of the lighting cover 187 of the third lighting device 180 face each other at the lower end of the lighting cover 177 of the second lighting device 170. 3 It is combined in a vertical form by a fastening bolt 188 and a fastening nut 188 of the illumination reflecting part of the second lighting device 170 and the third lighting device 180 with the upper surface of the casing 130 therebetween. The second lighting device 170 and the second lighting device 170 except that it is 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 is directed in the sky direction. Since they are the same, detailed descriptions of the same components are omitted.

The led lamp 184 serves to receive power from the capacitor 183 and irradiate light in the sky direction opposite to the ground, and the leading end of the led lamp 184 is an upper surface of the solar cell module support plate 182 , It is installed to face the sky direction in the center of the inside of the lighting cover (187).

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

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

The fourth lighting device 190 includes a solar cell module substrate 191, a solar cell module support plate 192, an illuminance sensor 195, a capacitor 193, an LED lamp 194, and a control unit. Consisting of (196) and a lighting substrate (179), the lighting cover is not installed in order to improve the lighting efficiency radiated to the outside of the transparent cylinder, it is accommodated in the second casing 120, the third casing 130 ), the outer part of the solar photovoltaic module support plate of the fourth lighting device is inserted in a rectangular oval hole (not shown) formed on the left side of the upper part, and the photovoltaic module board is fixed horizontally by being in close contact with the inside of the second casing 120 It is installed, and the size of the rectangular oval hole should be such that the photovoltaic module board is not inserted so that the photovoltaic module board is not shaded.

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

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

The coupling part 220 is a coupling member of bolts, nuts and washers 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, and a round bar-shaped protrusion is formed on the bottom surface of the coupling member to be fixed to the ground and coupled to the installed post.

Meanwhile, in the detailed description and accompanying drawings of the present invention, specific embodiments have been described, but the present invention is not limited to the disclosed embodiments, and the technical idea of the present invention to those of ordinary skill in the art to which the present invention pertains. Various substitutions, modifications and changes are possible within the range not departing from. Accordingly, the scope of the present invention is limited to the described embodiments and should not be defined, but should be construed as including the claims to be described later as well as those equivalents to the scope of the patent.

It is possible to significantly reduce the use of pesticides for the removal of pests in agriculture, and is eco-friendly that can minimize damage to harmful birds and wild animals in agricultural crops, and as a nature-friendly pest capture and wildlife eradication trap using solar energy, Since it can be used for various purposes such as livestock housing, green house, etc., the market access is good, so it can be judged that it is highly likely to be used as a factory automation industry for expansion.

100: A multi-layered solar LED light and a sticky insect trap solar bag equipped with pest capture and wild animal control trap
110: first casing
111: horizontal round bar 112: vertical round bar 113: ring fastening part
115: first base 116: coupling member
120: second casing
121: body 122: opening 123: stopper
124: Sticky Pest Attraction Solar Back Sheet Support
125: second base
128: Pheromone flavor or wild animal repellent formulation flavor drug container
128c: phermon lure
129b: rubber bushing of pheromone flavor or wild animal repellent composition water spout outlet
130: third casing
133: stopper 135: solar reflector 136: concave groove
140: Sticky Pest Attraction Solar Back Sheet
141: solar bag attracting pests 142: cone part 145: adhesive liquid
145a: adhesive liquid bag
150: phermon outlet
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: Capacity
164, 174, 184, 194, 204: led lamp
165, 175, 185, 195, 205: illuminance sensor
166, 176, 186, 196, 206: control unit
167, 177, 187,: lighting cover
178, 189,: lighting reflector
169, 179, 189, 199, 209: lighting 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 enter are formed; A cylindrical second casing having an opening communicating with the inside formed at the top and opened and closed by a stopper; A transparent third casing that is accommodated in the second casing and has an opening formed at a lower portion thereof to communicate with the inside, and has a shape in which the tube opened and closed by a stopper is turned upside down; A solar back sheet that surrounds the second casing and is a sticky insect oil in a striped shape in which a transparent or translucent adhesive solution is applied on an outer surface and a color favored by pests is repeatedly colored; A solar back sheet supporter, which is a sticky pest attraction, installed on an upper end surface of the stopper of the second casing to prevent sagging of the left and right upper portions of the solar back sheet, which is the sticky insect attraction; Passing a phermon or repellent formulation drug installed on the lower inner side of the second casing; A plurality of pheromone flavors or wild animal repellent compositions that penetrate the second casing and the central portion of the vertical side of the solar back sheet, which is sticky pest oil, so that the airflow inside the second casing is ejected from the central portion of the solar back sheet, which is sticky pest oil, to the outside. With a fragrance outlet; A first base for fixing and supporting the first casing, and for fixing and supporting the first casing; A second pedestal that is fixed and received inside the first pedestal and fixes and supports the second casing and the third casing; A first lighting device installed by forming a through hole in the stopper of the second casing; A second lighting device that is spaced apart from the bottom of the first lighting device at regular intervals, is inside the second casing, and is coupled to an upper end that is outside the third casing; A third lighting device installed inside the third casing and having sunlight back to face each other with the second lighting device; A fourth lighting device that is inside the second casing, under the second lighting device, and installed horizontally on the left of the outer upper end of the third casing; A fifth lighting device installed on the right side horizontally to face the fourth lighting device; A solar reflector installed on the inner surface of the stopper of the third casing and spaced apart at a predetermined interval under the third lighting device; A ring fastening part installed so as to medal the first casing on a fixed object on the ground; Includes; a coupling part for fixing the first casing, the second casing and the third casing to the pedestal with a coupling member,
The first lighting device, the second lighting device, and the third lighting device are in a vertical form in the inside of a transparent container with a stand-alone solar cell module substrate and a lamp, and the fourth and fifth lighting devices are in a horizontal form. It is a structure to emit light to the outer surface of the entire transparent container by forming a multi-layered structure, and the through hole is formed in the center of the ejection port for the pheromone or repellent composition, so that the vertical of the cylindrical transparent container and the sticky insect oil solarback sheet A trap for capturing pests and fighting wild animals equipped with a multi-layered solar LED lighting lamp and a sticky insect attraction solar bag installed through the center of the side. According to claim 1
The first lighting device, the second lighting device, the third lighting device, the fourth lighting device, and the fifth lighting device solidify the solar cell module substrate and the solar cell module substrate that generate power by integrating sunlight. A solar cell module support plate that can be fixed, a capacitor that can charge the power produced from the solar cell module substrate, an LED lamp that irradiates light by receiving power from the capacitor, and the solar cell module substrate. An illuminance sensor provided on the light-receiving surface to charge the generated power to the capacitor during daytime and to turn on the led lamp after sunset, a controller that controls charging of the capacitor and lighting of the led lamp, and refracts transmitted light. As a material through which light that can be diffused is transmitted, it is composed of a lighting cover that protects the led lamp, and a lighting substrate that is fastened to the solar cell module support plate with a coupling member by fixing the capacitor, the led lamp, and the control unit. A multi-layered solar-powered LED light and a sticky insect trap solar bag equipped with a trap to capture pests and combat wild animals. According to claim 1
The first casing is a mesh-shaped tubular shape in which a plurality of inlets are formed to allow sunlight to be projected and pests to be introduced, and the vertical side of the first casing has a lattice-shaped inlet, and the upper part has an umbrella shape. The inlet is formed in the shape of a hat, and is equipped with a multi-layered solar LED lighting lamp and a sticky insect attraction solar bag, characterized in that it is composed of a round bar with high bending strength and durability, corrosion resistance or powder coating. According to claim 1
A multi-layered solar LED lighting lamp and a sticky insect trap, characterized in that the upper end of the first casing is formed with a ring fastening part so as to be able to be placed on a fixed object on the ground. According to claim 1
In the lighting equipment of the second casing, the independent solar cell module substrate and the lamp are formed in a multi-layered structure of two or more vertical shapes in a polygonal cylindrical inner space including a transparent cylinder, or two or more vertical shapes and one or more horizontal shapes. Pest capture and wildlife traps equipped with a multi-layered solar LED lighting lamp and a sticky insect attraction solar bag, which are formed in a multi-layered structure in which vertical and horizontal are combined. According to claim 1
The lighting device of the second casing has a vertical multi-layer structure in which at least one of two or more solar cell module substrates and lamps, and at least one of two or more solar cell module substrates and lamps, are in a polygonal cylindrical inner space including a transparent cylinder. A trap for capturing pests and fighting wild animals equipped with a multi-layered solar LED lighting lamp and a sticky insect attracting solar bag. According to claim 1
The solar reflector is spaced apart from the light-receiving surface of the solar cell module substrate installed with the sun of the third lighting device at a certain interval, 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. A trap for capturing pests and fighting wild animals equipped with a multi-layered solar LED lighting lamp and a solar bag that attracts pests. According to claim 1
The inner diameter of the upper opening of the second casing is smaller than the outer diameter of the middle portion of the second casing so that the light-receiving surface of the photovoltaic module substrate of the second lighting device is not shaded, and the second casing is installed inside the second casing. 3 A multi-layered solar-powered LED lighting lamp that is larger than the outer diameter of the casing and a trap for capturing pests and exterminating wild animals equipped with a solar bag that attracts pests. According to claim 1
The sticky insect-inducing solar bag sheet further includes a sealed transparent adhesive liquid bag for accommodating the adhesive liquid inside the transparent plastic bag, and the adhesive liquid inside the plastic bag when the sticky insect-inducing solar bag sheet is covered with the second casing. A multi-layered solar LED lighting lamp and a sticky insect-inducing solar bag equipped with a multi-layered solar LED light, characterized in that the inner surface of the solar bag, which is applied by opening the bag, is transformed into the outer surface. According to claim 1
The coupling portion is coupled by a coupling member so that the first casing, the second casing, and the third casing are detachable, and a round bar-shaped protrusion is formed on the bottom of the coupling member to be coupled to a post fixedly installed on the ground. Pest trapping and wildlife trap equipped with multi-layered solar LED lights and sticky insect attraction solar bag. According to claim 2
The through-hole formed in the center of the lower end of the lighting cover of the first lighting device passes the light downward in the vertical direction of the led lamp of the first lighting device, so that the second lighting device has a higher illuminance than the light passing through the lighting cover. A multi-layered solar LED lighting lamp and a sticky pest attraction solar bag equipped with a multi-layered solar LED lighting lamp, characterized in that controlling the illuminance sensor provided on the light receiving surface of the solar cell module substrate installed on the top of the lighting device. According to claim 2
In a sticky pest trapping and wildlife control trap equipped with a multi-layered solar LED lighting lamp and a solar bag that attracts pests, the center of the lower part inside the lighting cover of the second lighting device and the upper part inside the lighting cover of the third lighting device The illumination reflecting unit further provided in the center is formed of a diamond-shaped or curved conical-shaped reflective slope formed with various inclinations and is irradiated downward or upward according to the straightness of the light of the led lamps of the second and third lighting devices. A trap for capturing pests and exterminating wild animals equipped with a multi-layered solar LED lighting lamp and a sticky solar bag, which is a sticky pest attraction, that reflects light to diffuse outward. According to claim 2
In the sticky pest trapping and wildlife control trap equipped with a multi-layered solar LED lighting lamp and a solar bag that attracts pests, 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 led devices including white light or RGB three primary color led devices or ultraviolet (UVA) led devices to improve the attraction effect for each pest. A trap for capturing pests and fighting wild animals equipped with a multi-layered solar LED lighting lamp and a solar bag that attracts pests. According to claim 1
The pheromone scent or wild animal repellent composition scent drug container is a basket-shaped through hole formed in the lower part of the second casing, and a shrinkable rubber bushing or a silicone bushing having a hole smaller than the outer diameter of the phermon drug container is installed in the hole in the bushing. A trap for capturing pests and fighting wild animals equipped with a multi-layered solar LED lighting lamp and a sticky insect attraction solar bag, characterized in that the barrel is inserted and fixed. According to claim 1
The pheromone scent or wild animal repellent composition water scent is formed with a ventilation hole in the center of the protruding screw formed on the circular washer-shaped coupling member, and has two on the vertical side in order to utilize the convection phenomenon inside and outside the second casing. A shrinkable rubber bushing or a silicone bushing with holes is installed in the plurality of through-holes described above, and a screw formed on a circular washer-shaped coupling member penetrates the solar back sheet, which is a pest attraction, and rotates into the hole in the bushing of the second casing. A trap for capturing pests and fighting wild animals equipped with a multi-layered solar LED lighting lamp and a sticky insect attraction solar bag. According to claim 1
The sticky insect attraction solarback sheet support has the shape of an insect wing, and the left side of the top of the stopper of the second casing and the top of the stopper of the second casing to prevent sagging of the solarback sheet, which is a sticky pest attraction due to the diameter of the stopper less than the diameter of the body of the second casing, A trap for capturing pests and fighting wild animals equipped with a multi-layered solar LED lighting lamp and a sticky solar bag, which is a sticky pest attraction, which is fixed with a coupling member such as a screw on the right side.

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