KR101943259B1 - Sticky insect trap with more than one exhaust nozzle of pheromone scent and multilayared structure of solar light lamp - Google Patents

Abstract

The present invention relates to a sticky insect trap including a solar LED lamp of a multilayered structure and multiple pheromone scent exhaust nozzles, wherein the sticky insect trap is used to trap various harmful insects such as a fly, a mosquito, and a moth. The sticky insect trap attracts harmful insects by using: a barrel-shaped net with multiple inlets in which the harmful insects can come inside, wherein sunlight is radiated to the net to trap the flying harmful insects in an efficient and eco-friendly method; the solar LED lamp of the multilayered structure using sunlight energy included in a transparent container of the barrel shape; and the multiple pheromone scent exhaust nozzles installed by passing through the center of a vertical side of a sticky sheet and the transparent container and emitting pheromone to attract the harmful insects. The transparent sticky sheet is applied with a hydatid adhesive liquid of a transparent plastic bag covering the outside of the transparent container at fixed intervals and enables the sunlight to penetrate the transparent sticky sheet. The transparent sticky sheet traps the harmful insects.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a sticky pest trap trap having a multi-layered solar LED light fixture and a plurality of pheromone incense spouts,

TECHNICAL FIELD The present invention relates to a dragon-trap insect trap having a multi-layered solar LED lighting lamp and a plurality of pheromone air intakes which are used for capturing various insects such as flies, mosquitoes, moths, etc.,

The sunlight is projected so as to capture not only flies and mosquitoes, which cause harmful enzymes to humans and livestock, but also mosquitoes such as moths, A solar cell with a multi-layer structure using solar energy provided inside a tubular net and a cylindrical transparent container in which a plurality of inflow ports are formed, and a transparent container and a central portion of the vertical side of the sheet A transparent sticky sheet through which a pest is attracted by a plurality of pheromone flavor vents provided in the through-hole and which is covered with a transparent plastic bag-like adhesive liquid applied over the outside of the transparent container at a predetermined interval, Capturing pests,

The multi-layered solar LED lighting lamp is a solar cell module having a stand-alone solar cell module substrate, a lamp and an illuminance sensor formed into a vertical multi-layer structure inside a cylindrical transparent container to emit light, To increase the efficiency of solar energy utilization and to enlarge the illumination area to the outer surface of the whole transparent container. The light sensor converts the solar energy into electric power in the daytime and charges it into the capacitor, And the LED lighting device that emits a sufficient amount of electric power to improve the attracting effect of pests,

Wherein the plurality of pheromone perfusion ports are formed to have through holes at the center and penetrate through the center of the vertical side surface of the cylindrical transparent container and the adhesive sheet, The fragrance of a sex pheromone or an aggregate pheromone which is a chemical substance having volatility for attracting another pest species or the same pest species to a specific pest is diverted to the outside using the through hole of the pheromone flavus outlet, I can

A transparent container and solar cell through which solar light is transmitted. Solar light that emits a vertical multi-layered light to the outer surface of the whole sheet. LED light and a fermion attracted from the central part of the solar cell sheet are applied to a sticky sheet It is possible to improve the performance of capturing insect pest with the captive adhesive liquid, and it is possible to easily install and replace the sticky sheet utilizing the flexibility of the vinyl bag, The present invention relates to a dragon trap trap.

Generally, pests such as flies, mosquitoes, and moths are powerful mediators of infectious diseases. These pests are caused by typhoid fever, paratyphoid salmonella, protozoal disease, tuberculosis, leprosy, parasites, bacterial dysentery, cholera, and cerebrospinal meningitis, causing dirt, discomfort and sleep disturbances, .

Unlike these insect pests, Thripworm is not a mediator of infectious disease but is known to be a subspecies of pheasants, 8 subtypes, 8 genera, 700 genera, more than 6,000 species in the world. In Korea, 2 subseromas, 4 genera, 30 genera, Korean Pest House) is known. As a major insect damage to crops, there have been a lot of damages from Taiwan in the past, such as insect worms of Taiwan, insect worms, convex insect worms, tangerine worms, Akashi worms and Hawaiian thrips. However, Flower yellow yellow thrips and cucumber thrips have begun to appear, and the insects are suffering the most damage now. In addition, a great deal of damage to citrus farming

Moths are known to be the largest insect pests of nomadic or unfertilized adult species with large amounts of summer or autumn crops.

Generally, moths with high fertility have great damage to farms, such as sucking the sap of crops and eating leaves and fruits, regardless of larvae or adults.

One of the ways to effectively treat these infectious and non-pest infestations is with pesticides, which has the disadvantage of harmful effects on humans .

As a method to overcome these disadvantages, it attracted to the illumination using the attraction of pests and pest, which uses the characteristics of the highly developed pests, for attracting the insect pests, mating disturbance and mass capturing, The pest trap of the method is being used.

The types of the trap include sticky traps, delta traps using a pheromone and a uni trap or a bucket trap using a dragonfly. A funnel trap, a fish-net trap, and a tetragonal trap, which are referred to as a funnel trap,

The water trap trapped by trapping pesticides attracted to beetle trap, attractant and infant into water mixed with pesticide and electrodeposit, cone trap of cone shape, cone trap, Light trap which is widely used for attracting insects such as lepidoptera and beetle which are active at night, and electric shock trap which catches insects attracted to infants by electric shock .

Flat traps trapped on both sides of a rectangular thin plate are most commonly used for attracting sticky traps among the traps, and they are widely used for attracting insect pests generated in greenhouses.

The above-mentioned sticky traps are mostly for daytime shoots, and the attracting effect is different according to the color. Yellow is attracted to powdery mildew, aphid, foxtail, root fly, and parasitic, and white is attracted to flea beetle, , And blue is mainly used for incentives such as sodding.

However, one of the important points in the method of capturing the sticky material is to attract the insect pest to the capturing area including the adhesive layer. The known sticky solution of the conventional sticky pest trap is a pesticide composition containing the attractant such as carbon dioxide, ammonia, And the adhesive composition is dispersed and mixed to be applied to one side or both sides of a flat sheet or a film depending on the use place and use of the sticky insect trap and changed into a substance having low fluidity of fluidity so that the insect persistency and attracting effect are not good over time And pests such as flies, mosquitoes, etc. when collecting and disposing exhausted pest insect trap

There is an inconvenience that a separate container such as a plastic bag or the like is required to dispose of the residual adhesive liquid with the contaminants and the trap plate and the synthetic resin sheet.

In order to alleviate this inconvenience, in recent years, light such as moths and moths fly light is emitted as a lamp, the insect pests are attracted by sex pheromone or assembled pheromone, and then the insects close to the intake entrance are forcibly sucked into the suction fan, The insect capturing device using the light and the pheromone capturing the insect pests attracts the insect pests to the artificial light and the pheromone at night even by using the insect habit of the insects such as the moths in the fruit farm, Therefore, pest catching efficiency can be improved, pesticide consumption can be reduced, and eco-friendly agriculture can be made, which is advantageous in that it can produce higher quality fruits.

In other words, a pheromone is a chemical substance that is produced in a small amount in an insect body and releases an odor in the air. It secretes for the purpose of information transmission to another body of the same insect species or other insects such as a pheromone. , Which is divided into sex pheromone, assembled pheromone alarm pheromone, assisted pheromone, dispersed pheromone and class differentiated pheromone according to the behavioral response among individuals.

Among them, mating disturbance technology using sex pheromone, which is one of the most applied in some fruit farms for pest control, organic fertilizers of the insect pests are synthesized organically and sprayed on the habitats in large quantities, It is a pest control technology developed to reduce the density of the next generation by interfering with mating.

Especially, mating communication of moths is more effective than mating disturbance using sex pheromone because many moths of moths depend on olfactory mainly from the evening to the dawn before sunrise the next day, It is known that when the mating season is over due to the mating disturbance caused by sexual fermen, there is a possibility that the mating ability is lost or the mature mature is produced.

Therefore, the sex pheromone is a chemical substance but has a very high sensitivity sensitivity. Therefore, even if it is sprayed in a very small amount, it can exert a large pest inducing effect. Since it is harmless to the human body and has high volatility and no persistence, it is an environmentally friendly pest control technology It is expected that the application will be expanded.

However, most of these lights and the capturing device using the pheromone and the suction fan are provided with the illumination and the pheromone on the inner side adjacent to the insect trapping entrance which is the upper part of the capturing device, and the suction fan and the capture net are installed on the lower part, In which the insect pests are trapped by the trapping net using only the forced suction of the suction fan. When the suction fan is not operated, the insects collide with the illumination of the trapping entrance, which is the upper part of the trapping device, In the early stage of operation of the suction fan, insects are trapped by the forced suction air flow of the suction fan at the beginning of operation, but after the intake fan starts to operate, the release of the pheromone The pheromone-attracted insects migrate from the upper entrances to the lower entrances, The insect pests which are attracted by the lighting can be attracted to the capturing device but they are not approaching the capturing entrance due to the noise due to the driving of the suction fan, It is possible to improve the efficiency of insect trapping by using the timer so that the suction fan operation and the suction fan stop operation can be performed at regular intervals after the pest attraction, but the noise due to frequent operation and stoppage is rather increased There is a problem that the number of people who roam around the insect pests attracted to the pest catching device may increase.

In addition, most of lighting devices such as ultraviolet lamps and incandescent lamps (or fluorescent lamps) are mostly used, and since small insects or insects stick to the lamps, if they are not cleaned frequently, , And in mountainous areas where electricity supply is not smooth, it has a disadvantage that its utilization is reduced, power consumption is large, durability is low, and life is short.

Korean Registered Patent No. 10-0849037 (Registered on July 23, 2008) is a pest catching device that utilizes sunlight condensing module, man-made light, and sex pheromone medicine pail. It is a device that captures pests harmful to crops, , A lightning rod 11 is provided at the center of the convex portion of the upper surface and a lightning rod 11 is provided at the center of the concave portion of the lower surface

A lamp shade 10 having a tie; An incandescent lamp 20 provided to be installed in a fastening portion of the lamp shade 10; Four wings (32) adjacent to the lower end of the lamp shade (10) are formed in a cross shape

And includes a receiving groove (31) for securing a space of the guide (20) at an upper portion and a wing portion (30) provided at an upper portion to be inclined at an upper portion; A pest suction port (40) provided adjacent to a lower portion of the wing (30) and having a through hole (41) through which a center passes through a pipe shape whose lower end is expanded while an upper end thereof is expanded; A collection net (50) installed at a lower portion of the pest intake port (40) and collecting pests; A door 61 for replacing the trapping net 50 is provided on the outer surface of the container and a netting 62 is provided on the lower end of the door 61 so that air is communicated with the container. (60); And a suction fan 70 installed on the lower portion of the body 60 to be supported by a support table 72 and rotated by the driving force of the motor 71 to make a flow of air from top to bottom, As the insect pests that are attracted through the drug reservoir containing the pheromone and sex pheromone are captured by the suction fan by the suction fan after colliding with the wing parts of the cross shape, the insects that catch harmful to the crops are captured more effectively, Reference numeral 33 denotes a medicine container. The medicine container 33 is installed inside the wing portion 30, as shown in Figs.

Although the chemical container 33 can be used both day and night, a sex pheromone agent is mainly used to attract insects in the daytime, and a condensing module for converting sunlight into electrical energy is provided on the upper surface of the lamp shade, A pest catching device is further provided, wherein the pest catching device further comprises an illuminance sensor for identifying the pest catching device,

The sex pheromone drug vat is installed in the wing portion closely to the suction side, such as the suction side, so that the air flow generated by the suction fan is formed at the lower portion, so that the sex pheromone dissipates from the suction side to the outside for pest induction, If not, it can be done by natural air flow. It is not possible to operate when the suction fan is in operation. Therefore, the insect attracting and trapping effect may be low, and due to the noise caused by the driving of the suction fan, As the insect pests stay around the lighting area, it can cause side effects that damage the crops. The light condensing area of the lamp shade module may cause insufficient nighttime illumination due to heavy rain or cloudy weather. It may be inconvenient to supply power separately.

Korean Patent No. 10-1703167 (registered on Jan. 31, 2017) has developed a sticky trap for insect control using a pheromone, which includes an attractant trap portion on which an adhesive is formed on a substrate and a pheromone lure formed on the attractant trap portion The present invention relates to a trap for an environmentally friendly insect, which does not use insecticidal components, is harmless to the human body, minimizes environmental pollution,

Development of a sticky trap for insect control using insect pheromone which has a long-term effect without deteriorating insect pheromone-induced effects and which has a relatively excellent advantage in terms of price efficiency has been disclosed,

Since the fermenter lures can not be fixed in the manure trap area where the adhesive is formed to trap the insect pests, it can not be fixed to the top, bottom or side of the manure trap section where no adhesive is formed. Therefore, the ferrum lure is fixed in the center of the manure trap area, It is disadvantageous that the insect attraction and the collecting effect may be lowered rather than attracted.

Korean Stick No. 10-1804563 (registered on Aug. 28, 2018) is a sticky pest trap provided with a zipper bag. The sticky pest trap 100 according to the present invention includes a plurality of inlets 101 A second casing 120 which is accommodated in the first casing 110 and a second casing 120 which surrounds the second casing 120 and is coated with an adhesive liquid on the outer surface, (110) or a second casing

And may include a pedestal 140 for fixing and supporting the excitation 120. It is also possible to utilize the fluid viscous property of the adhesive liquid composed of the encapsulating liquid material and to easily install the adhesive sheet, The holding efficiency of the insect pest can be improved and the replacement of the sticky sheet can be easily performed. The second casing (110) can be provided with illumination for attracting daylight insects in the second casing, And a zipper bag capable of preventing contamination of clothes with adhesive liquid,

It is described that the illumination for pest induction can be installed inside the second casing. Since there is no specific content of the invention, in the case of a trap for attracting and collecting pests only by the attractant contained in the adhesive liquid, The application and replacement of the liquid is convenient, and it can be economical and economical. However, the insect trapping effect of the sticky trap may be more deficient than the insect capturing trap capturing and capturing the insect as a light and a pheromone.

Therefore, much research is needed on commercial aspects including harmless to the human body, environmentally friendly and efficient pest control and pest trap price that can minimize environmental pollution.

Korean Registered Patent No. 10-0849037 (registered on July 23, 2008) Korean Registered Patent No. 10-1703167 (Registered on January 31, 2017) Korean Registered Patent No. 10-1804563 (Registered on November 28, 2018)

In view of the above problems, it is an object of the present invention to provide a method for efficiently and efficiently controlling airborne insect pests such as moths that are harmful to crops as well as flies and mosquitoes, which provide harmful enzymes to humans and livestock, And a solar cell with multi-layer structure using solar energy provided inside a cylindrical transparent container with a tubular net in which a plurality of inlets are formed so that sunlight can be projected and entrapment can be captured in an environmentally friendly manner, And a transparent sticky sheet coated with a captive adhesive solution which attracts insects with a pheromone emanating from a plurality of pheromone flavor vents provided through a transparent container and a sheet, As shown in FIG.

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

Another object of the present invention is to provide a method and apparatus for rapidly insect pests by solar light led lamps and fermenes so that insect pests can be continuously captured by the adhesive insecticides and the insect pests attracted by solar LED lights and pheromones do not roam around trap traps To provide a pest trap trap.

It is another object of the present invention to provide a lighting system which can provide a sufficient illuminance with a multi-layered structure so that insects and small insects do not adhere to the illumination lamps and the illuminance due to insect trapping of the adhesive sheet is not lowered, To provide a sticky pest catch trap that can be utilized for a long time with improved power consumption, low power consumption, and the like.

Another object of the present invention is to provide a sticky pest catch trap which can conveniently collect and replace a sticky sheet contaminated with pest catching to minimize filthy environment, contamination, and the like.

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

In order to solve the above-described problems, a detergent trap for trapping sunlight and a plurality of pheromone air intakes of a multi-layered solar cell according to the present invention has a plurality of inflow ports for sunlight and inflow of insects A multi-layered solar LED light fixture using solar energy provided inside a cylindrical net and a transparent container with a tubular shape, and a plurality of fermicone incense vents provided through a transparent container and a central portion of the vertical side surface of the sheet, Which captures insects with a transparent sticky sheet that can penetrate the sunlight coated with the insect repellent solution which is attracted to the outside of the transparent container and covered with a certain distance from the transparent container, An environmentally friendly, vertically-shaped, cylindrical adhesive sheet for attracting and utilizing vertical space is formed on the pedestal It is a multi-layered structure that can maximize the utilization of space and expand the light to the outer surface of the transparent sheet and the sticky sheet all through which the solar light is transmitted, and to attract insects by lighting the LED lamps of different colors for improving the pest control effect A transparent container and a plurality of fermicons, which are provided through a central portion of the vertical side of the sheet, are fastened with a transparent container and a quick release of the insect pest by a solar light lamp and a pheromone near the central portion of the sheet. The solar light led lights and the pheromone attracted pests do not roam around the trap, and the light is inside the transparent sticky sheet, so small pests and insects do not stick to the light, and due to the insect trapping of the sticky sheet Even if the amount of sunlight is small, the light is turned off It has enough lighting time with multi-layered lighting so that the time does not diminish. It is also used in mountain areas where power consumption is low due to lighting of LED lamp using solar energy and electricity supply is not smooth. The transparency of the sticky sheet is lowered due to insect trapping, or the sticky liquid is hardened after a lapse of time and only the consumed sticky sheet can be conveniently replaced and used for a long period of time.

It is a structure that can be hanged on the ceiling of a vinyl house by a collar or on the upper part of the tree, or on the upper part of the crop by the lower support joining part.

It can be used both as a security light for houses and as a trap for pests, so it has versatility that can be used in various ways depending on the place and use.

As means for achieving the object of the present invention,

A solar plexus trap trap having a multi-layered solar LED light fixture and a plurality of pheromone incense spouts has a net-like first casing in the form of a net having a plurality of inlets through which sunlight is projected and insects can be introduced; A second transparent casing having an upper portion formed with an opening communicating with the inside thereof and being opened and closed by a cap; A third transparent casing accommodated in the second casing and having an opening communicating with the inside at a lower portion thereof and having a cylinder opened and closed by a cap; A transparent adhesive sheet which surrounds the second casing and has an outer surface coated with an adhesive liquid; A sticky sheet support installed on a top surface of a cap of the second casing to prevent sagging of the left and right upper portions of the sticky sheet; A pheromone medicament passage provided on the inner surface of the lower end of the second casing; A plurality of pheromone fragrance outlets through which the air flow in the second casing can be ejected from the central portion of the adhesive sheet through the central portion of the vertical sides of the second casing and the adhesive sheet; A first pedestal for fixing and supporting the first casing; A second pedestal fixedly received in the first pedestal and fixing and supporting the second casing and the third casing; A first illumination device provided with a through hole in a cap of the second casing; A second illuminating device spaced apart from the first illuminating device by a predetermined distance and coupled to an upper end of the second casing, which is outside the third casing; A third illuminating device provided inside the third casing for emitting sunlight so as to face the second illuminating device; A sunlight reflector spaced a predetermined distance from the lower portion of the third illuminating device and installed on the inner surface of the cap of the third casing; A ring fastening part installed to mediate the first casing on a fixed object on the ground; And a coupling part for fixing the second casing and the third casing to the second pedestal with a coupling member,

The first illuminating device, the second illuminating device, and the third illuminating device form a stand-alone solar cell module substrate and a lamp in a vertically-shaped multi-layer structure inside a cylindrical transparent container, Wherein the pheromone perfusion outlet is provided with a through hole at the center thereof and penetrates through the center of the vertical side of the cylindrical transparent container and the adhesive sheet.

Further, in a dragon trap trap having a multi-layered solar LED light fixture and a plurality of pheromone incense spouts, the first illuminator, the second illuminator, and the third illuminator collect sunlight to produce electric power A photovoltaic module module support board capable of firmly fixing the photovoltaic module module board and the photovoltaic module module board, a capacitor capable of charging power generated from the photovoltaic module module board, An illuminance sensor provided on the light receiving surface of the solar cell module substrate to charge the generated power to the capacitor in the daytime and to light the LED lamp after sunset; a control unit for controlling the lighting of the led lamp, and a material for transmitting light that can diffuse and diffuse the transmitted light, Characterized by comprising the illumination board is fastened to the lamp cover and the capacitors, led lamp, to secure the control member coupled to said solar cell module holding board.

In addition, the present invention provides a dragon-trap insect trap having a multi-layered solar LED light fixture and a plurality of pheromone air intakes, wherein the first casing has a mesh-like shape in which a plurality of inlets are formed so that sunlight is projected and insects can be introduced Characterized in that the vertical side surface of the first casing is formed with a lattice-shaped inlet port and the upper portion is formed with an inlet port having an umbrella-like shape in the form of a hat, and a round bar coated with a corrosion resistant or powder coating having high bending strength and durability .

In addition, in the case of a sticky insect capturing trap having a solar light led lamp of a multi-layer structure and a plurality of pheromone incense air outlets, an annular fastening portion is formed at the upper end of the first casing, .

Further, in a dragon-trap insect trap having a multi-layered solar LED lighting lamp and a plurality of pheromone air sprays, the lighting device of the second casing is provided with a polygonal cylindrical inner space including a transparent cylinder, And the module substrate and the lamp are formed in a vertically multi-layered structure.

Further, in a dragon-trap insect trap having a multi-layered solar LED lighting lamp and a plurality of pheromone air sprays, the lighting device of the second casing is provided with a polygonal cylindrical inner space including a transparent cylinder, Wherein at least one of the module substrate and the lamp is formed in a multi-layered structure having a vertical shape with the sun facing down.

In addition, in the case of a sticky insect capturing trap having a multi-layered solar LED lighting lamp and a plurality of pheromone incense spouts, the sunlight reflector is arranged in a manner that the light receiving surface of the solar cell module substrate, And a reflecting mirror whose spacing distance is larger than the outer diameter of the solar cell module substrate facing the reflecting surface of the circular convex mirror is provided.

In a dragon-trap insect trap having a multi-layer solar light illumination lamp and a plurality of pheromone air sprays, an inner diameter of an upper opening of the second casing is set to a light receiving surface of the solar cell module substrate of the second lighting device Is smaller than the outer diameter of the intermediate portion of the second casing and larger than the outer diameter of the third casing provided inside the second casing so as not to generate shading.

The present invention also provides a dragon-trap insect trap having a multi-layered solar LED lighting lamp and a plurality of pheromone incense spouts, wherein the sticky sheet further comprises a sealed transparent adhesive bag for receiving the sticky solution inside the transparent vinyl bag, When the adhesive sheet is covered with the second casing, the inner surface of the vinyl bag applied by opening the adhesive bag inside the vinyl bag is deformed to the outer surface.

In addition, in the case of a sticky insect capturing trap provided with a solar light led lamp of a multilayer structure and a plurality of pheromone incense spouts, the engaging portion is coupled by a engaging member so that the second casing and the third casing are detachable, Is formed with a round-bar-shaped projection and is coupled to a column fixedly installed on the ground.

In a dragon-trap insect trap having a multi-layered solar LED lighting lamp and a plurality of pheromone incense spouts, the through-hole formed at the center of the lower end of the lighting cover of the first lighting device is connected to the LED lamp of the first lighting device And the illuminance sensor provided on the light receiving surface of the solar cell module substrate mounted on the upper end of the second illuminating device by a higher illuminance than the light passing through the illuminating cover through the light passing through the downward direction, do.

The present invention also provides a dragon-trap insect trap having a multi-layered solar LED light fixture and a plurality of pheromone incense spouts, wherein the center of the lower end of the interior of the illumination cover of the second lighting device, The illumination reflector further includes a diamond-shaped or curved conical reflecting mirror slope formed at various slopes, and is irradiated downward or upward according to the straightness of the light of the second and third illuminating devices So that the light is diffused to diffuse outwardly.

In the dragon trap trap having a multi-layered solar LED lighting lamp and a plurality of pheromone vents, 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 a LED element for each color including white light or an RGB three-primary-color LED element for enhancing the attraction effect of each pest.

The present invention also provides a dragon insect capturing trap having a multi-layered solar LED lighting lamp and a plurality of pheromone incense spouts, wherein the pheromone pharmaceutical container has a basket shape and a through hole formed in a lower portion of the second casing, A shrinkable rubber bushing or a silicon bushing having a hole is provided so that the medicine container is inserted into the hole in the bushing and fixed.

Further, in the dragon-trap insect trap having a solar LED light of a multi-layer structure and a plurality of pheromone incense spouts, the pheromone spout has a vent hole formed at the center of a projected screw formed in a circular washer- In order to utilize the convection phenomenon both inside and outside of the second casing, there is provided a shrinkable rubber bushing or a silicone bushing having holes formed in two or more through holes formed on the vertical side surface thereof, And the sheet is passed through the hole in the bushing of the second housing and is installed.

In addition, in the case of a sticky insect capturing trap provided with a multi-layered solar LED light fixture and a plurality of pheromone incense spouts, the sticky sheet support is shaped like a wing of insects and has a diameter smaller than the diameter of the body of the second casing And is fixed to the left and right sides of the upper portion of the stopper of the second housing by a coupling member such as a screw so as to prevent deflection of the sticky sheet caused by the sticky sheet.

The dragon-trap insect trap having a multi-layer solar photolithography light bulb and a plurality of pheromone air intakes of the present invention has a tubular network in which a plurality of inlets are formed so that sunlight is projected and insects can be introduced, A plurality of pheromones emitted from a plurality of pheromone flavor vents through a central portion of a vertical side of a sheet, It is a transparent sticky sheet that can transmit sunlight coated with a cocoon coating liquid that is covered with a certain distance from the outside of a transparent container. It captures pests and uses environmentally friendly, vertical space that attracts pests by utilizing solar energy. A vertical type cylindrical sticky sheet is formed on the pedestal for maximizing the space utilization, A transparent container which is transparent and a sticky sheet; a multi-layered lighting structure capable of attracting insects by illumination of LED lamps of different wavelengths for enhancing the effect of controlling insects by expanding the light to the outer surface of the entire sheet; A plurality of fermicons extending through the central portion of the vertical side of the sheet, and a stick around the central portion of the sheet, rapidly attracts the insect pests by the solar LED light and the pheromone near the center of the sheet, The pheromone attracted insects do not roam around the trap and the insect light is inside the transparent sticky sheet, so small pests or insects do not stick to the light. Even if the penetration of insect pests on the sticky sheet is low, To prevent lighting time from being dimmed, And the lighting efficiency of the LED lamp using solar energy is low and the utilization is improved even in a mountain area where electricity supply is not smooth, and the transparency of the sticky sheet Or the adhesive liquid is hardened after a lapse of time and only the consumable sticky sheet can be conveniently replaced and used for a long period of time. It can be installed on the floor of a cradle by a pedestal,

It is a structure that can be hanged on the ceiling of a vinyl house by a collar or on the upper part of the tree, or on the upper part of the crop by the lower support joining part.

It can be used both as a security light for a house and as a trap for pests. Therefore, there is a versatile effect that can be used in various ways depending on the use place and use.

The effects of the present invention are not limited to those mentioned above, and other solutions not mentioned may be clearly understood by those skilled in the art from the following description.

1 is a sectional view showing a sticky insect trapping traps according to the present invention,
2 is a longitudinal sectional view along the line A-A 'in Fig. 1,
3 is a cross-sectional view taken along the line B-B '
Fig. 4 is a sectional view showing a state in which the adhesive sheet of the present invention is covered with the second casing, Fig.

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

In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear. In addition, the terms described below are defined in consideration of the functions of the present invention, and these may vary depending on the intention or precedent of the user. Therefore, the definition should be based on the contents throughout this specification.

In the description of the present invention, the same or similar elements are denoted by the same or similar reference numerals, and a detailed description thereof will be omitted.

FIG. 1 is a cross-sectional view of a dragon pest trap according to an embodiment of the present invention, and FIG. 2 is a cross- 3 is a cross-sectional view taken along line B-B 'of FIG. 1 according to an embodiment of the present invention, and FIG. 4 is a cross-sectional view showing a state in which the adhesive sheet of the present invention is covered with a second casing .

A dragon-trap insect trap having a multi-layered solar light led illumination lamp and a plurality of pheromone incense spouts according to the present invention is a net form in which sunlight is projected and a plurality of inlets into which pests can be introduced are formed, A casing; A second transparent casing having an upper portion formed with an opening communicating with the inside thereof and being opened and closed by a cap; A third transparent casing accommodated in the second casing and having an opening communicating with the inside at a lower portion thereof and having a cylinder opened and closed by a cap; A transparent adhesive sheet which surrounds the second casing and has an outer surface coated with an adhesive liquid; A sticky sheet support installed on a top surface of a cap of the second casing to prevent sagging of the left and right upper portions of the sticky sheet; A pheromone medicament passage provided on the inner surface of the lower end of the second casing; A plurality of pheromone fragrance outlets through which the air flow in the second casing can be ejected from the central portion of the adhesive sheet through the central portion of the vertical sides of the second casing and the adhesive sheet; A first pedestal for fixing and supporting the first casing; A second pedestal fixedly received in the first pedestal and fixing and supporting the second casing and the third casing; A first illumination device provided with a through hole in a cap of the second casing; A second illuminating device spaced apart from the first illuminating device by a predetermined distance and coupled to an upper end of the second casing, which is outside the third casing; A third illuminating device provided inside the third casing for emitting sunlight so as to face the second illuminating device; A sunlight reflector spaced a predetermined distance from the lower portion of the third illuminating device and installed on the inner surface of the cap of the third casing; A ring fastening part installed to mediate the first casing on a fixed object on the ground; And a coupling part for fixing the second casing and the third casing to the second pedestal with a coupling member,

The first illuminating device, the second illuminating device, and the third illuminating device form a stand-alone solar cell module substrate, a lamp and an illuminance sensor in a vertically-shaped multi-layer structure inside a cylindrical transparent container, And the through hole is formed at the center of the pheromone perfume outlet so as to penetrate through the center of the vertical side surface of the transparent container and the adhesive sheet.

Referring to FIG. 1, a detonated insect capturing trap 100 having a multi-layered solar LED lighting lamp and a plurality of pheromone incense spouts according to an embodiment of the present invention includes a first casing 110, The first casing 120, the third casing 130, the adhesive sheet 140, the adhesive sheet support 124, the pheromone container 128, the pheromone air outlet 150, the first pedestal 115, 2 pedestal 125, first illuminating device 160, second illuminating device 170, third illuminating device 180, solar reflector 135, annular engaging portion 113, engaging portion 190).

The first illuminating device, the second illuminating device, and the third illuminating device may include a solar cell module substrate for collecting sunlight to produce electric power, a solar cell module capable of firmly fixing the solar cell module substrate, A photovoltaic module module substrate; a photovoltaic module module substrate; a photovoltaic module module substrate; a photovoltaic module module substrate; a photovoltaic module module substrate; A control unit for controlling charging of the capacitor and turning on the led lamp, and a control unit for controlling the lighting of the LED lamp so that light that can diffuse and diffuse the transmitted light is transmitted through the condenser An LED cover for protecting the LED lamp as a material, and a fixing part for fixing the condenser, the LED lamp, and the control part to the solar cell module support plate, Consists of the substrate illuminated is fastened to.

The first casing 110 has a cylindrical shape in which a plurality of inlets through which sunlight is projected and insects can be introduced are formed. The vertical side of the first casing 110 is connected to a circumferential round bar 111 Shaped inlet port is formed by being intersected with the vertical bar 122 in a vertical direction and an inlet port having an umbrella shape is formed in a cap shape at the upper part and a ring connecting part 113 is formed at the center of the upper end of the first casing And a pedestal 115 to which the second casing 120 can be fixedly secured.

In order to prevent the occurrence of shading of the solar light receiving surface of the solar cell module substrate of the multi-layered structure provided inside the transparent casing and to maximize the inflow and trapping of the insect pest, And a round bar coated with a corrosion-resistant or powder having high bending strength and durability. However, the present invention is not limited thereto.

Since the constituent members of the first casing 110 are exposed to sunlight for trapping insects, it is preferable to use durable synthetic resin, PET, synthetic resin, powder coating metal, corrosion-resistant metal and non-metal.

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

The pedestal 115 is shaped like a pollen pedestal having a bottom and a side protruding. The lower end of the first casing 110 is inserted into the pedestal 115 so that three or more annular engaging members 115b engage with the first casing 110 And a through hole 115a through which a pipe or the like fixedly installed on the ground can be inserted is formed at the center of the inside. The through hole 115a can function as a drain of rainwater introduced into the pedestal 115 of the right rail.

Since the bottom of the pedestal 115 has a flat structure, it can be installed on the bottom of agricultural land or on the bottom of the house to collect insects.

The second casing 120 has a structure in which the third illuminating device 180 installed in the inner space of the first illuminating device 160 and the second illuminating device 170 and the third casing 130 is installed vertically The opening 122 communicating with the inside of the upper part is narrower than the center part of the body 121 and is opened and closed by the stopper 123 And the opening 122 is formed with an inner diameter into which the third casing 130 and the first illuminating device 150 can be inserted and the first illuminating device 150 is installed at the center of the opening 123, And at the upper end, the sticky sheet support 124 is coupled with a coupling member such as a screw. In the center of the vertical side of the body 121, Two or more through holes 129a in which the bushings 129b are provided are formed in the body 12 1), and a through hole 126a is formed at the center of the lower surface of the second casing 120 so that the pedestal 125, which fixes and supports the second casing 120, A through hole (not shown) which is coupled by a coupling member of the coupling portion 190 and is provided with a rubber bushing 128b to be described later so that the pharmacopharmaceutical container 128 can be fixed close to the vertical side of the body 121 And an inner diameter of the upper opening of the second casing (120) is larger than an outer diameter of an intermediate portion of the second casing (120) so that shading does not occur on a light receiving surface of the solar cell module substrate of the second lighting apparatus And is larger than the outer diameter of the third casing installed inside the second casing.

The functions of the first illuminating device 160, the second illuminating device 170, and the third illuminating device 180 in the vertical shape, such as the solar LED of the multi-layer structure, are the same as those of the solar cell module substrate And the LED lamps sequentially turn on and off to control the lighting time and illumination for insect trapping. The three illuminating devices charge the sunlight in the daytime by the solar light and charge the nighttime by the independent illuminance sensor. When the first illuminating device and the third illuminating device are illuminated at the end of the summer, the third illuminating device is firstly extinguished at about 11 pm and the first illuminating device is illuminated by 2 It is possible to illustrate that the second illuminating device is turned on and lights up in sequence until the dawn when the next day is turned off at about 1:00 am and the third illuminating device is turned off earlier than the first illuminating device, In order to improve the illumination of the lighting for pest induction after the sunset, the light-receiving device of the solar power module module substrate is installed in the sun so that the light is emitted in the sky direction instead of the earth direction, The reason why the second illumination device is turned on later is that the illumination of the first illumination device operates the illuminance sensor of the second illumination device and the second illumination device can not be lit up due to the vertical multi- The first illuminating device is turned on after the first illuminating device is turned off.

In other words, two lights are turned on at about 11:00 pm from about sunset, and one light is turned on until about 11:00 pm, and it is generally active before and after midnight from the time when nighttime activity time of daylight flight insects is diminished, Since the activity is known to decline with time until the dawn dew, it is an effective pest-inducing multi-layered solar photovoltaic lamp approaching the time of flying insect pests.

Therefore, according to the lighting time and illumination required for insect trapping, the lighting device of the second casing 120 is provided with two or more solar battery module substrates and lamps in a vertically-shaped Layer structure.

The illumination device of the second casing includes at least one solar cell module substrate, at least one solar cell module substrate and lamps in the interior space of a polygonal tube including a transparent cylinder, Layer structure.

A through hole 123a is formed at the center of the cap 123 so that the first illuminating device 150 is coupled to the lower portion of the cap 123 to receive the light receiving surface of the solar cell module substrate, Or the like, and is made of synthetic resin, PET or powder coated metal, corrosion-resistant metal, and non-metal material having a structure that is opened and closed by screwing to facilitate detachment and maintenance, and is durable against sunlight exposure.

The solid support 124 has a wing shape of an insect and is covered by the outer surface of the second casing 120 due to the diameter of the cap 123 which is narrower than the diameter of the body 121 of the second casing 120, A corrosion resistant plate is formed in a wing shape with a length corresponding to the difference in outer diameter between the body 121 and the stopper 123 so as to prevent the left and right upper portions of the adhesive sheet 150 from being sagged, And is fixed to the left and right sides of the upper portion of the stopper 123 by a screw or the like, and is preferably made of an elastic material so that flexibility of the plastic bag can be maintained when the adhesive sheet is installed.

The sticky support 124 may be formed integrally with the plug 123 and may be integrally formed with the plug structure covering the plug 123 and the sticky support 124 .

The pedestal 125 is formed in a shape of a narrow upper surface and a lower circular rim with a wide circular shape. A through hole 125a is formed at the center of the upper surface of the pedestal 125, And a rim of the lower portion of the pedestal 125 is fixed to the upper surface of the pedestal 115 of the first casing 110 by at least three engaging members such as screws .

The pedestal 125 may be integrally formed with the pedestal 115 of the first casing 110 so that the first casing 110 and the second casing 120 may be detached.

The pheromone medicine bottle 128 is connected to a through hole 128a formed in a lower portion of the second casing 120 in the form of a basket having a known commercially available ferrum lure 128c therein. A rubber bushing 128b having a smaller diameter than the outer diameter of the bushing 128b or a silicone bushing or the like is provided to insert and fix the medicine bottle into the hole in the bushing.

The above-mentioned fermion lure 128c is a commercially available product, and is a chemical substance produced by organic synthesis of a sex fermion of a specific insect to be captured. It is a chemical substance which is used for the purpose of transmitting information to other members of the same insect species or to other members of the same insect The pheromone lure (128c) is mainly used as a sex pheromone and a set pheromone, and is generally used every 45 days to 60 days.

The third casing 130 is accommodated in the second casing 120 and has an opening communicating with the inside at a lower portion thereof. The third casing 130 has a transparent container opened and closed by a cap 133, 2 is fixed to the through hole 137a formed at the center of the upper end of the third casing 130 so that the lighting apparatus 170 and the third lighting apparatus 180 are opposed to each other, The sunlight reflecting mirror 135 that reflects sunlight to the light receiving surface of a later-described solar battery module substrate of the third illuminating device 180 installed so as to be opposed to the sunlight Provide space for installation.

A through hole 136a is formed in the center of the concave groove 136 to form a bolt and a coupling member of the coupling part 190. The through hole 136a is formed at the center of the concave groove 133, And a solar reflector 135 is attached to the inner surface of the plug 133 formed on the outer side of the groove 136 with an attaching member having an attaching capability. The third casing 130, the second casing 120, and the pedestal 125 together with the bolts, the nut, and the washer.

The sunlight reflector 135 is spaced a certain distance from the light receiving surface of the solar cell module substrate, which is mounted on the back of the third illuminating device, so that the reflector 135, which is larger than the outer diameter of the solar cell module substrate, The projected area of sunlight reflected light according to the altitude of the sun is increased to improve the amount of incident light reaching the light receiving surface of the solar cell module substrate.

The solar reflector 135 maximizes the light reflectance through a material having a high reflectivity such as a metal material having excellent light reflection characteristics such as aluminum electrolytic polishing and stainless steel electrolytic polishing or a material such as glass or plastic, 3 It is desirable that the shade area of the solar cell module board 181 of the lighting device 180 is eliminated to increase the power generation efficiency of the sunlight.

The adhesive sheet 140 is a transparent and flexible vinyl backing material which is transparent and flexible and can be sunlight-permeable. The adhesive sheet 140 is made of a nylon (polyvinyl alcohol) And a transparent adhesive liquid bag 145a sealed with a material that does not allow the emulsifying agent of the adhesive liquid 145 such as PET to be eluted is sealed so that when the adhesive sheet is covered with the second casing, The inner surface of the vinyl bag coated with the adhesive liquid 142 in the form of the supporter 142 is easily deformed to the outer surface by opening the liquid bag so that the end of the vinyl bag 141 can be gripped and pulled down from the upper side to easily install And is fixed by the pheromone jet 150.

When the sticky liquid 145 is cured or dead with a large number of insects, the sticky sheet 140 is separated from the first half-bed and the second half by the engagement member 116 of the first casing 110, The adhesive sheet 140 can be easily removed by pulling the bottom of the adhesive sheet 140 apart from the adhesive sheet 140. The vertical adhesive sheet 140 can be vertically used for a horizontal installation area, As a transparent vinyl bag material which can be maximized, the light transmitted through the transparent container inside can be diverted from the entire area of the adhesive sheet 140, and the insect attracting effect can be improved.

The adhesive liquid 145 is preferably a conventionally used encapsulated liquid material containing a pesticide such as carbon dioxide, ammonia, and lactic acid, but is not limited thereto.

The pheromone jet port 150 has a vent hole 150a at the center of a protruded screw formed in a circular washer-shaped engaging member and is composed of a body 151, a screw portion 152 and an air outlet 153, A second casing 120 is installed in the casing 120 to discharge a flavor dispersed in a known commercially available fermenter lure 128c, which is built in the pheromone container 128, into the atmosphere by using a convection phenomenon both inside and outside of the casing 120, A rubber bushing 129b or a silicon bushing having a hole formed in the through hole 129a formed on the vertical side of the ring-shaped metal plate 129a, And the second housing 120 is rotatably installed in the hole of the rubber bushing of the second housing 120. However, the present invention is not limited thereto.

The first illuminating device 160 may be configured such that the light receiving surface of the photovoltaic module module substrate 161 is exposed to the sunlight by a coupling member such as a screw in the through hole 123a of the cap 123 of the second casing 120, A light sensor 162, a capacitor 163, an LED lamp 164, a control unit 166, and a control unit 166. The control unit 166 controls the operation of the solar battery module module, An illumination cover 167, and an illumination substrate 169, but is not limited thereto.

The LED lamp of the first illuminating device 160 and the LED lamp of the second illuminating device 170 and the LED lamp of the third illuminating device 180, which will be described later, A star LED element or an RGB three-primary-color LED element.

The photovoltaic module module substrate 161 collects sunlight to produce electric power

The light intensity sensor 155 is built in a solar cell module of a commonly used Si (silicon) material.

The photovoltaic module module support plate 162 firmly fixes the photovoltaic module module substrate 161 and is coupled to the illumination substrate 169 and is coupled to a cap 123 of the second casing 120 by a coupling member And is made of a synthetic resin or a corrosion-resistant metal having resistance to prevent aging due to sunlight, but is not limited thereto.

The photovoltaic module module support plate 162 may be fixed to the substrate, and may be made of a corrosion resistant metal material having a thickness enough to form a thread, or a synthetic resin resistant to sunlight.

The capacitor 163 charges electric power produced by the solar cell module substrate 151 and supplies electric power to the LED lamp 164. The control unit 166 controls the charging of the capacitor 163, (Ni-MH) < / RTI >

The LED lamp 164 receives power from the capacitor 153 and emits light. The light emitting end of the led lamp 164 is a lower surface of the solar cell module support plate 162, and the second casing 120 And is installed in the center of the interior of the illumination cover 167.

Since the directivity of the light distribution and the light distribution angle are about 90 degrees, which is a general characteristic, the LED lamp 164 uses a diffusion led lamp having a flat upper surface of a known LED lamp and a white LED for illuminating a pale light It would be desirable.

The illuminance sensor 165 turns on or off the LED lamp 164 in conjunction 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, The resistance value of the LED lamp 164 is reduced and the LED lamp 164 is turned off. When there is no light, the resistance value of the LED lamp 164 is increased, Is turned on.

In addition, the illuminance sensor 165 may be a separate illuminance sensor not incorporated in the solar cell module.

The light of the LED lamp 164 of the first illuminating device 160 passes through the light receiving surface of the solar battery module substrate 171 of the second illuminating device 170, And the light cover 167 protects the led lamp 164 and is made of transparent glass, acrylic, glass, plastic, A synthetic resin or the like is preferable.

The through hole 167a is formed in the center of the lower end of the illumination cover 167 of the first illumination device 160 and the light of the led lamp 164 of the first illumination device 160 is directed downward Controls the illuminance sensor 175 provided on the light receiving surface of the photovoltaic module module substrate 171 installed on the upper end of the second illuminating device 170 by a higher illuminance than the light passing through the illuminating cover, A sufficient distance between the lower end of the first illuminating device and the upper end of the second illuminating device is secured so that shading is not generated on the solar cell module substrate of the second illuminating device installed in the lower part of the first illuminating device, And the LED lamp 174 of the lighting device 170 can be turned off or on.

In addition, the through-hole 167a causes the LED lamp 164 to be turned off at night due to insufficient amount of the capacitor 163 of the first illuminator 160 due to rainfall during the summer season and insufficient amount of solar radiation due to cloudy weather of the rainy season The LED lamp 174 of the second illuminating device 170 is automatically turned on by the illuminance sensor 175 of the second illuminating device 170 in response to the absence of light, The second illuminator 170 may be provided with a reserve power so that the function of the second illuminator 170 can be continuously maintained.

The second illuminating device 170 includes a solar battery module substrate 171, a solar cell module supporting plate 172, an illuminance sensor 175, a condenser 173, an LED lamp 174, And an outer surface of the upper end of the third casing 130 and an outer surface of the first illumination housing 120, As shown in Fig.

The second illuminating device 170 is a preliminary power illuminating device and the first illuminating device 160 and the second illuminating device 170 are disposed outside the illuminating reflecting portion 178 provided on the lower surface inside the illuminating cover 177 of the second illuminating device. The detailed description of the same constituent parts will be omitted.

The illumination reflector 178 is inserted into the through hole 177a formed at the center of the lower end of the illumination cover 177 of the second illuminator 170, Tightening bolts integrally provided at the lower end of the illuminating reflector 178 of the second illuminating device 170 are inserted into the second illuminating housing 130 so that the upper end of the second illuminating housing 130 is interposed between the through- And is fastened with a fastening bolt and a nut.

The illumination reflector 178 is formed of a curved reflecting mirror surface having a diamond shape or a conical shape in which various inclination is formed, and light emitted downward according to the straightness of the light of the led lamp of the second illuminating device 170 So that the light is diffused toward the outside of the second illuminator 170.

The third illuminating device 180 is installed in such a manner that the solar cell module substrate 181 illuminates the sunlight in order to irradiate the insect attracting light to the outward direction of the crop rather than the direction of the hearth, A shaded area is formed on the solar cell module substrate 181 so that the lower ends of the illumination covers 187 of the third illuminating device 180 are opposed to the lower ends of the illumination covers 177 of the lighting device 170 A solar cell module support plate 182, a condenser 183, and a led lamp (not shown), which are installed inside the third casing 130, 184, an illuminance sensor 185, a control section 186, an illuminating cover 187, an illuminating reflecting section 188, and an illuminating substrate 189.

The third illuminating device 180 may be disposed on the lower end of the illuminating cover 177 of the second illuminating device 170 such that the lower ends of the illuminating covers 187 of the third illuminating device 180 are opposed to each other. 3 casing 130 in the vertical form by the fastening bolts 188 and tightening nuts 188 of the illuminating reflectors of the second illuminating device 170 and the third illuminating device 180 with the upper surface of the casing 130 interposed therebetween And the sunlight reflected by the sunlight reflector 135 is condensed on the light receiving surface of the solar cell module substrate and the LED lamp 184 is oriented in the sky direction, The detailed description of the same constituent parts will be omitted.

The LED lamp 184 receives power from the capacitor 183 and emits light in the sky direction opposite to the ground surface. The light emitting end of the led lamp 184 is a top surface of the solar cell module support plate 182 And is installed in the center of the interior of the illumination cover 187 so as to face toward the sky.

The illuminance sensor 185 is provided to detect the sunlight reflected by the sunlight reflector 135 in accordance with the amount of light condensed on the light receiving surface of the solar cell module 171, The LED lamp 184 is turned on or off in conjunction with the control unit 186 by using a change in resistance value so that the resistance value is decreased during the day when there is sunlight to charge the capacitor 183, the LED lamp 184 is turned off, and after the sunset without sunlight, the resistance value is increased so that the LED lamp 184 is turned on with the electric power charged in the capacitor 183.

The engaging portion 190 is engaged with the lower surface of the second casing 120 and the upper surface of the pedestal 125 and the engaging portion 133 of the bolt, And a convex bar-shaped protrusion is formed on a bottom surface of the coupling member and is coupled to a support fixed to the ground.

While the present invention has been described in connection with what is presently considered to be practical exemplary embodiments, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, It is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, is intended to cover various modifications and similarities. Accordingly, the scope of the present invention should be construed as being limited to the embodiments described, and it is to be understood that the scope of the present invention includes not only the following claims, but also equivalents thereof.

Eco-friendly, environment-friendly pest trap that uses solar energy and can be used for a variety of purposes such as farmland, housing, and greenhouses. It is highly likely to be used as a factory automation industry for expansion

100: Multi-layer structure solar led light fixture pest trap trap
110: first casing
111: horizontal round bar 112: vertical round bar 113:
115: first pedestal 116: engaging member
120: second casing
121: body 122: opening 123: cap 124:
125: Second base
128: Pheromone medicine bottle 128c: Fermon lure 129b: Fermone flavor spout rubber bushing
130: Third casing
133: cap 135: solar reflector 136: recessed groove
140: Sticky sheet
141: vinyl bag 142: pinhole 145: adhesive liquid 145a: adhesive liquid bag
150: Fermon outlet
160: first lighting device 170: second lighting device 180: third lighting device
161, 171, 181: photovoltaic cell module substrate,
162, 172, 182: solar photovoltaic module supporting plate
163, 173, 183: Café City 164, 174, 144: led lamp
165, 175, 185: illuminance sensors 166, 176, 186:
167, 177, 187: illumination cover 178, 188:
169, 179, 189: illuminated substrate
190:

Claims (16)

A first casing in the form of a net in which sunlight is projected and a plurality of inlets through which insects can be introduced are formed; A second transparent casing having an upper portion formed with an opening communicating with the inside thereof and being opened and closed by a cap; A third transparent casing accommodated in the second casing and having an opening communicating with the inside at a lower portion thereof and having a cylinder opened and closed by a cap; A transparent adhesive sheet which surrounds the second casing and has an outer surface coated with an adhesive liquid; A sticky sheet support installed on a top surface of a cap of the second casing to prevent sagging of the left and right upper portions of the sticky sheet; A pheromone medicament passage provided on the inner surface of the lower end of the second casing; A plurality of pheromone fragrance outlets through which the air flow in the second casing can be ejected from the central portion of the adhesive sheet through the central portion of the vertical sides of the second casing and the adhesive sheet; A first pedestal for fixing and supporting the first casing; A second pedestal fixedly received in the first pedestal and fixing and supporting the second casing and the third casing; A first illumination device provided with a through hole in a cap of the second casing; A second illuminating device spaced apart from the first illuminating device by a predetermined distance and coupled to an upper end of the second casing, which is outside the third casing; A third illuminating device provided inside the third casing for emitting sunlight so as to face the second illuminating device; A sunlight reflector spaced a predetermined distance from the lower portion of the third illuminating device and installed on the inner surface of the cap of the third casing; A ring fastening part installed to mediate the first casing on a fixed object on the ground; And a coupling part for fixing the second casing and the third casing to the second pedestal with a coupling member,

The first illuminating device, the second illuminating device, and the third illuminating device form a stand-alone solar cell module substrate, a lamp and an illuminance sensor in a vertically-shaped multi-layer structure inside a cylindrical transparent container, And a plurality of through holes are formed in the central portion of the ventilation opening, and the ventilation hole is formed through the center of vertical sides of the transparent sheet and the adhesive sheet. A dragon pest trap trap with a plurality of pheromone vents The method of claim 1, wherein
The first illuminating device, the second illuminating device, and the third illuminating device may include a photovoltaic cell module substrate for collecting sunlight to produce electric power, a solar cell module support plate for firmly fixing the photovoltaic cell module substrate, A photovoltaic module module including a photovoltaic module module, a photovoltaic module module, and a photovoltaic module module. The photovoltaic module module module includes a photovoltaic module module substrate, A controller for controlling charging of the capacitor and turning on a led lamp, and a material through which light that can diffuse and diffuse transmitted light is transmitted through, An illumination cover for protecting the LED lamp, and a fixing member for fixing the condenser, the LED lamp, and the control unit to the solar cell module support plate, A solar light led light of a multi-layer structure, and a dragon pest trap trap having a plurality of pheromone spouts
The method of claim 1, wherein
Wherein the first casing has a net-like tubular shape in which a plurality of inlets are formed so that sunlight is projected and insects can be introduced therein, the vertical side of the first casing is formed with a lattice- Wherein the inflow port is formed in a hat shape and is formed of a corrosion resistant or powder coated round bar having a high bending strength and durability and a solar powered light fixture having a multilayer structure and a dragon pest trap trap having a plurality of pheromone air intakes The method of claim 1, wherein
And a ring-tightening part is formed at an upper end of the first casing, and the ring-shaped fastening part is formed to be able to mediate a fixed object on the ground surface. The multi-layered solar light led lighting lamp and the sticky pest trapping trap
The method of claim 1, wherein
Wherein the illumination device of the second casing has a vertically-shaped multi-layer structure in which at least two solar battery module substrates and a lamp are formed in a polygonal tubular inner space including a transparent cylinder, A dragon pest trap trap with a plurality of pheromone vents
The method of claim 1, wherein
Wherein at least one of the solar battery module substrate and at least one of the solar battery module substrates and the lamp is in a polygonal cylindrical inner space including a transparent cylinder, And a plurality of dragon pest trap traps provided with a plurality of pheromone incense spouts The method of claim 1, wherein
The sunlight reflector is provided with a reflecting mirror which is spaced apart from the light receiving surface of the solar cell module substrate provided on the back side of the third illuminating device and is larger than the outer diameter of the solar cell module substrate on which the reflecting surface of the round convex mirror faces, And a dragon pest trap trap having a plurality of pheromone incense spouts The method of claim 1, wherein
The inner diameter of the upper opening of the second casing is smaller than the outer diameter of the intermediate portion of the second casing so as not to generate a shadow on the light receiving surface of the solar cell module substrate of the second lighting device, 3 casing having an outer diameter larger than the outer diameter of the casing, and a plurality of pheromone incense vents.
The method of claim 1, wherein
Wherein the adhesive sheet further comprises a sealed transparent adhesive liquid bag for containing the adhesive liquid inside the transparent vinyl bag so that when the adhesive sheet is covered with the second casing, Wherein the inner surface is transformed into an outer surface, and a solar-powered LED light of a multi-layer structure and a dragon pest trap trap provided with a plurality of fermion- The method of claim 1, wherein
Wherein the engaging portion is coupled to the second housing such that the second housing and the third housing are detachable, and the engaging member is coupled to a support having a bar-like protrusion formed on the bottom surface of the engaging member and fixed to the ground. Insect trap trap with light led light and fermion incense vents
The method of claim 3, wherein
The through-hole formed at the center of the lower end of the illumination cover of the first illuminating device reflects light passing through the downward direction of the light of the LED lamp of the first illuminating device, And a lighting sensor provided on a light receiving surface of a solar cell module substrate mounted on an upper end of the lighting device is controlled. The solar light led lamp of the multi-layer structure and the sticky pest trap trap
The method of claim 3, wherein
The illumination reflector further provided at the center of the lower end of the illumination cover of the second illuminating device and at the center of the upper end of the illumination cover of the third illuminating device is formed as a diamond-like or curved conical reflecting mirror slope formed at various slopes And a plurality of light emitting diodes (LEDs) of a multi-layered structure, and a plurality of light emitting diodes (LEDs) of a multi-layer structure, wherein the plurality of LEDs emit light in a downward direction or an upward direction according to the straightness of light of the LED lamps of the second illuminating device and the third illuminating device, Sticky pest trap trap with pheromone spout
The method of claim 1, wherein
The LED lamp of the first illuminating device, the LED lamp of the second illuminating device, and the LED lamp of the third illuminating device are composed of a color LED device or a RGB three-primary-color LED device including white light Featured multi-layered solar light led lights and a dragon pest trap trap with multiple pheromone vents The method of claim 1, wherein
The pharmacological medicament container is provided with a shrinkable rubber bushing or a silicone bushing having a shape smaller than the outer diameter of the pheromone container and provided in the through hole formed in the lower portion of the second casing so as to insert and fix the medicine container into the hole in the bushing And a dragon pest trap trap having a plurality of pheromone incense spouts The method of claim 1, wherein
The above-mentioned pheromone perfume outlet has a ventilation hole formed at the center of protruded screws formed in a circular washer-shaped engaging member. In order to utilize the convection phenomenon both inside and outside of the second casing, two or more through- Is provided with a shrinkable rubber bushing or a silicone bushing having a hole formed therein, and a screw formed in a circular washer-shaped engagement member is passed through the adhesive sheet and rotated by a hole in the bushing of the second casing Pepper trap trap with led lights and multiple pheromone vents The method of claim 1, wherein
In order to prevent the sticky sheet from sagging due to the diameter of the plug smaller than the diameter of the body of the second casing, the sticky sheet support is a wing shape of insects, And a plurality of pheromone incense vents, wherein the vortex trap trap

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