KR20210004493A - Sticky transparent container, manufacturing method thereof and insects trap using the same - Google Patents

Abstract

The present invention relates to: an adhesive transparent container; a manufacturing method thereof; and a pest capturing trap using the same. More specifically, the present invention relates to an adhesive transparent container composed of: a transparent container in which an opening is formed on a lower part of one side thereof, and a bending frame is formed so that the opening can maintain a circular shape; an adhesive layer coated with an adhesive material on the entire surface of the outer surface of the transparent container; and release paper formed on an upper surface of the adhesive layer to protect the adhesive layer and to be removed when in use. The pest capturing trap can hygienically capture pests without generating noise, odor, and scattering of epidermis fragments when capturing pests.

Description

Adhesive transparent container, manufacturing method thereof, and insect trap trap using the same

The present invention relates to a transparent adhesive container, a method for manufacturing the same, and a trap for trapping pests using the same, more specifically

A transparent container in which an opening is formed in a lower portion of one side, and a cup made of a transparent material in which a bent frame is formed so as to maintain a circular shape is turned upside down;

An adhesive layer coated with an adhesive material on the entire outer surface of the transparent container;

A transparent adhesive container comprising: a release paper formed on the upper surface of the adhesive layer to protect the adhesive layer and to be removed when in use.

The transparent adhesive container includes a transparent container manufacturing step of manufacturing the transparent container by injection molding or extrusion molding of polyethylene terephthalate (PET);

An adhesive layer forming step of forming an adhesive layer by applying an adhesive material to the entire outer surface of the transparent container;

Includes; a release paper forming step of forming a release paper protecting the adhesive layer on the upper surface of the adhesive layer,

The adhesive layer forming step is divided into a conveyor transport method and a dedicated container rotation method, wherein the conveyor transport method includes an initial step of fixing a plurality of transparent containers to a fixing frame by being spaced apart at regular intervals so that the openings are located at the bottom; An intermediate step of applying a commercially available insecticidal adhesive material that maintains fluidity at room temperature on the entire outer surface of the plurality of transparent containers with a compressed air spray nozzle in a radial position at room temperature (23°C); A finishing step of aging the transparent container adhesive layer in a low-temperature compartment lower than room temperature to within 5°C to 10°C so that the viscosity and adhesion of the adhesive material applied to the entire outer surface of the plurality of outer surfaces increase.

The exclusive container rotation method is a method of rotating the exclusive container fixing frame provided with a rectangular cylindrical fixing frame that is sealed with a stopper by forming a plurality of circular openings on the upper part of the exclusive container, and maintains fluidity at room temperature (23℃). The commercialized insectivorous adhesive material is stored inside the dedicated container fixing frame, and a horizontal surface of the adhesive material solution is formed to be spaced apart from the bottom of the plurality of transparent containers at regular intervals, and the plurality of transparent containers are provided with the opening at the top. An initial step of concave the body of the transparent container into the container fixing frame and supported by a bent frame to seal and fix it with a stopper; The entire outer surface of the transparent container is immersed in the adhesive material using the volume change of the exclusive container and the gravity of the fluid adhesive material by rotating the exclusive container fixing frame 360 degrees, and then the adhesive material is applied by being exposed to the upper horizontal surface of the adhesive material solution. Step and; An intermediate second step of removing the remaining adhesive substances applied to the outer surfaces of the plurality of transparent containers by free fall by gravity; An intermediate third step of separating the plurality of transparent containers coated with the adhesive material from the dedicated container fixing frame and fixing the plurality of transparent containers to the transfer fixing frame so that the openings of the plurality of transparent containers are positioned below; A finishing step of aging the transparent container adhesive layer in a low-temperature compartment lower than room temperature within 5°C to 10°C so as to increase the viscosity and adhesion of the adhesive material applied to the entire outer surface of the plurality of outer surfaces. Transparent container, its manufacturing method.

The transparent adhesive container, its manufacturing method, and the pest trap using the same

A pest capture unit including a support, a support extending from the support, and a pest capture lighting module installed at one end of the support;

Openings are formed in the upper and lower portions to accommodate the pest trapping lighting module, and when the pest trapping module is turned on, the inner surface is made of an illumination reflective material, and a circular trapezoidal tubular shape that radiates illumination through the openings at the top and bottom The reflection shade of the;

And a coupling member provided in an inner space of an opening under the reflective shade part, the reflective shade part being supported and fixed to the pest trapping part,

The pest capture lighting module

A transparent adhesive container in which an opening is formed in a lower portion of one side, and a cup made of a transparent material in which a bent frame is formed by folding the lower end of the transparent container in an annular shape in an outward direction so that the circular shape can be maintained;

In order to attach and detach the bent frame formed in the opening of the transparent adhesive container, repetitive unevenness is formed on the rim of the annular lid shape, and a pinch groove having elasticity is provided, opening and closing at the bottom of the transparent adhesive container, and a through hole is formed in the center. With a cover;

A gourd flat-shaped support plate supporting the transparent adhesive container and having a protrusion formed on a part of the circumferential surface of the disk on which the cover separation ring for opening and closing the cover is installed, and having a through hole in the center thereof;

A pest attraction lamp accommodated in the transparent adhesive container and installed in a vertical direction;

A light bulb socket to which the pest attraction lamp is fastened with a round screw type;

Consisting of; a through-hole using a through hole in the central portion of the cover portion and the support plate, and a through-type bolt and nut-type coupling portion in the central portion into which a rubber ring for fixing the light bulb socket is inserted;

The transparent adhesive container is concave to the vertical outer circumferential surface of the top of the transparent adhesive container and is installed to prevent contamination of adhesive substances on the body during installation and separation of the transparent adhesive container. It relates to a transparent adhesive container, characterized in that consisting of, a method for manufacturing the same, and a trap for trapping pests using the same.

The pest trap is capable of hygienically capturing pests without generating noise, odor, and scattering fragments of the epidermis during the capture of pests, and pests are introduced into the upper and lower portions of the reflective shade and are provided inside the reflective shade. As the transparent adhesive container is mounted so that the trapped pests are not seen by the naked eye from the outside, it is easy to replace the transparent adhesive container, and the light of the pest attraction lamp is able to open the upper and lower openings. Through indirect irradiation in the upper and lower directions, it can be used as an interior bedroom, and furthermore, it is equipped with a reflective shade that reflects the lighting of the pest attraction lamp to attract pests to the wall or ceiling. In the case of installation, since it can be used as interior indirect lighting as well as blocking the aversion of pests trapped in the adhesive transparent container, a transparent adhesive container capable of capturing pests by installing it indoors of houses, offices and stores, its manufacturing method, and It relates to a pest trap using the same.

With the development of modern civilization, pests that have coexisted with humanity and take the lives of many people and livestock due to various diseases and epidemics have been provided with a more responsive environment due to pollution and global warming. It adapts to resistance, and so far, no clear way to control pests has been suggested.

In general, flying pests such as flies, mosquitoes, moths, etc. are infectious agents that carry various germs and are directly or indirectly damaging the human body or crops.

In order to eliminate these pests, various pesticides and pesticides are mainly used.

However, since most of these pesticides and pesticides are composed of ingredients harmful to the human body, they can act as deadly poisons when inhaled or in contact with the human body, and affect even insects and insects, destroying the ecosystem and destroying pests. As resistance to pesticides and pesticides continues to increase, people spray more and more powerful pesticides, resulting in an imbalance of the ecosystem, and a vicious cycle is repeated.

Accordingly, in recent years, as awareness of the use of pesticides or pesticides has increased, many methods such as the development of biodegradable pesticides as alternatives, eradication methods using pheromones or natural enemies, and maneuvering insects as an alternative have been studied, and the utilization rate has increased. have.

Among them, as a representative example of maneuvering insects, an infrared heater lamp is installed inside the main body using a positive daylight that moves with light that is brighter than the surrounding due to the habit of pests, so that the pests attracted to the heater lamp are electrocuted by the heat of the heater lamp. There is a so-called lightning insecticide.

These lightning insecticides have excellent effects in capturing pests by simply connecting the power source without replacing separate chemicals or parts by installing them on outside lights or streetlights. However, since they use a high voltage of 4,000V or more, they can cause power loss as well as electric shock. There is a danger, and when pests burn, noise is generated, and there is an unpleasant feeling such as an odor due to burning odor, and there is a problem that contaminants or debris embedded in the epidermis scatter when the pest is electrocuted by high voltage. As the light of the heater lamp is blocked by dead pests, there is a concern that the main body may be contaminated, and the lighting effect is greatly reduced.

In the pest removal module of Republic of Korea Utility Model No. 20-0488825 (registered on Mar 19, 2019), pest attraction substances are supplied inside the container with one side open, and pests attracted by the spread of pest attraction substances are applied to the inner side of the container. A pest removal module has been disclosed that easily removes pests by means of an adhesive material.

The pest rate that is attracted by the pest attraction material to the attraction hole of the cover part and is captured may be lower than that of the surface area coated with the pest attraction material, and among them, there is a problem that the pests that are entrapped by entering the pest attraction hole may be more limited.

In addition, the sticky pest trap provided with a zipper bag of Korean Patent Registration No. 10-1804563 (registered on November 28, 2017 ) is a cylindrical first casing 110 in which a plurality of inlets 101 are formed so that pests can enter. ), a second casing 120 accommodated in the first casing 110, a sticky sheet 130 enclosing the second casing 120 and coated with an adhesive solution on the outer surface thereof, and the first casing It may include a pedestal 140 for fixing and supporting the (110) or the second casing 120, utilizing the fluid viscosity of the adhesive liquid made of the insect insect liquid material, and easy deformation and installation of the sticky sheet, and insect insect It is possible to improve the trapping efficiency of pests by maintaining the pest attraction performance of the liquid substance, and has the effect of easily replacing the sticky sheet, and the second casing 110 is illuminated to attract daylight insects in the second casing. A sticky pest trap has been disclosed that can be installed and is equipped with a zipper bag that can prevent adhesive liquid contamination of the human body or clothing.

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, the Korean Patent Registration No. 10-1105832 (2012.01.08., registered) with the adhesive sheet is equipped with a manned insect insect body installed on the wall, a UV lamp mounted in the horizontal direction to the body to attract pests, With the capturing space part and the upper opening formed, a cover that is detachably mounted in front of the main body, and a replaceable adhesive sheet on the inner side of the cover prevents noise, odor, and scattering of debris from the skin when trapping pests. It can hygienically capture pests without causing them to occur.

In addition to being able to, as well as forming an upper opening to allow pests to flow into the upper part, and by providing an adhesive sheet on the inner side of the cover, the trapped pests are not seen by the naked eye from the outside, and at the same time, the cover is attached detachably to the main body for adhesion. It is easy to change the sheet, and the light of the UV lamp is indirectly irradiated upward through the upper opening, so that a light-guided insect trap equipped with an adhesive sheet that can be used as interior lighting has been disclosed.

There is no noise caused by pest traps by capturing pests by using the upper opening and the capture space by using a UV lamp that attracts pests and an adhesive sheet, and a removable cover on the front of the body prevents the visual disgust of pests. It is easy to harmonize with the interior of the room, but by attracting the pests to the UV lamp and collecting the pests with the adhesive sheet close to one direction of the UV lamp, the collection efficiency for the pests close to the UV lamp is inevitably close to 50%. There was a shortage.

For this reason, many studies on commercial aspects, including the aspect of environmentally friendly and efficient pest control that are harmless to the human body and minimize environmental pollution, and the price of pest traps, are required.

Republic of Korea Utility Model No. 20-0488825 (Registration on Mar 19, 2019) Korean Patent Registration No. 10-1804563 (2017.11.28., registered) Korean Patent Registration No. 10-1105832 (2012.01.08., registered)

The present invention was conceived to solve the problems of the prior art as described above, and an object of the present invention is to apply an adhesive material to the entire outer surface of a container with high space utilization in a limited space in order to improve the trapping efficiency of pests. It is to provide a transparent container.

Another object of the present invention is to provide a transparent adhesive container for efficient use of a space capable of increasing the surface area to which the adhesive material required for collecting pests is applied, and a manufacturing method thereof.

Another object of the present invention is to attract and capture pests inside the reflector by using openings formed in the upper and lower portions of the reflector with the illumination of the pest trapping light module accommodated in the reflector part of the pest trap with a pedestal, A transparent adhesive container that prevents the disgust caused by the debris of pests captured in the transparent container, and can use the pest attraction lights emitted at the top and bottom of the reflector as indirect lighting of the interior, its manufacturing method, and a pest trap using the same. To provide.

Another object of the present invention is that the pest trapping light module includes a pest attraction lamp in an adhesive transparent container, so that pests trying to approach the pest attraction lamp are captured in the adhesive layer of the adhesive transparent container formed outside the pest attraction lamp, so that the pest collection efficiency is improved. As it can be improved, a'-shaped' or'a-shaped' type plug is placed anywhere in the living space where an electrical outlet is installed at a certain height or higher where the adhesive material of the transparent adhesive container may not be contaminated with the body. It is to provide a transparent adhesive container capable of capturing pests by conveniently combining a pest trapping light module with an attachment light socket and installing it in an electrical outlet, a method of manufacturing the same, and a pest trap using the same.

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 achieve the above object, in the transparent adhesive container according to the present invention, the manufacturing method thereof, and the pest trap using the same, an opening is formed in the lower part of one side, and a bending frame is formed so that the circular shape of the opening can be maintained. A transparent container in which the cup made of a transparent material is turned upside down; An adhesive layer coated with an adhesive material on the entire outer surface of the transparent container;

It is to provide a transparent adhesive container comprising; a release paper formed on the upper surface of the adhesive layer to protect the adhesive layer and to be removed when in use.

In addition, the color of the transparent adhesive container is provided with a variety of transparent colors, so that the color that can attract pests can be selected and used, and the material is polyethylene terephthalate (PET), polycarbonate (PC), which has excellent rigidity and heat resistance, and heat resistance. It includes this excellent plastic synthetic resin, and the shape is characterized by including a transparent cup shape and a cylindrical shape and a polygonal cylinder shape.

In addition, in the transparent adhesive container, a method of manufacturing the same, comprising: a transparent container manufacturing step of manufacturing the transparent container by injection molding or extrusion molding of polyethylene terephthalate (PET); An adhesive layer forming step of forming an adhesive layer by applying an adhesive material to the entire outer surface of the transparent container; Includes; a release paper forming step of forming a release paper protecting the adhesive layer on the upper surface of the adhesive layer,

The adhesive layer forming step is divided into a conveyor transport method and a dedicated container rotation method, wherein the conveyor transport method includes an initial step of fixing a plurality of transparent containers to a fixed frame by being spaced apart at regular intervals so that the openings are located at the bottom; An intermediate step of applying a commercially available insecticidal adhesive material that maintains fluidity at room temperature on the entire outer surface of the plurality of transparent containers with a compressed air spray nozzle in a radial position at room temperature (23°C); A finishing step of aging the transparent container adhesive layer in a low-temperature compartment lower than room temperature to within 5°C to 10°C so that the viscosity and adhesion of the adhesive material applied to the entire outer surface of the plurality of outer surfaces increase.

The exclusive container rotation method is a method of rotating the exclusive container fixing frame provided with a rectangular cylindrical fixing frame that is sealed with a stopper by forming a plurality of circular openings on the upper part of the exclusive container, and maintains fluidity at room temperature (23℃). The commercialized insectivorous adhesive material is stored inside the dedicated container fixing frame, and a horizontal surface of the adhesive material solution is formed to be spaced apart from the bottom of the plurality of transparent containers at regular intervals, and the plurality of transparent containers are provided with the opening at the top. An initial step of concave the body of the transparent container into the container fixing frame and supported by a bent frame to seal and fix it with a stopper; The entire outer surface of the transparent container is immersed in the adhesive material using the volume change of the exclusive container and the gravity of the fluid adhesive material by rotating the exclusive container fixing frame 360 degrees, and then the adhesive material is applied by being exposed to the upper horizontal surface of the adhesive material solution. Step and; An intermediate second step of removing the remaining adhesive substances applied to the outer surfaces of the plurality of transparent containers by free fall by gravity; An intermediate third step of separating the plurality of transparent containers coated with the adhesive material from the dedicated container fixing frame and fixing the plurality of transparent containers to the transfer fixing frame so that the openings of the plurality of transparent containers are positioned below; And a finishing step of aging the transparent container adhesive layer in a low-temperature compartment lower than room temperature to within 5°C to 10°C so as to increase the viscosity and adhesive strength of the adhesive material applied to the entire outer surface of the plurality of surfaces. .

In addition, in the transparent adhesive container and its manufacturing method, the exclusive container fixing frame secures the bent frame formed in the opening of the transparent container to the exclusive container fixing frame, and seals the adhesive material from leakage using a rotary stopper or a pressurized tool. It is to be rotated 360 degrees, characterized in that the exclusive container fixing frame is one or more.

In addition, in the transparent adhesive container and its manufacturing method, the transparent adhesive container manufactured in the adhesive layer forming step by manufacturing the body surface peeling paper in a fan shape in which the outer surface of the transparent adhesive transparent container in a circular shape is developed in the release paper forming step. It is characterized in that the body surface peeling paper is attached by rotating the adhesive transparent container along the groove formed in the bent frame of the opening of the floating body close to the outermost linear shape.

In addition, in the transparent adhesive container, the manufacturing method and the pest trap using the same,

A pest capture unit including a support, a support extending from the support, and a pest capture lighting module installed at one end of the support;

Openings are formed in the upper and lower portions to accommodate the pest trapping lighting module, and when the pest trapping module is turned on, the inner surface is made of an illumination reflective material, and a circular trapezoidal tubular shape that radiates illumination through the openings at the top and bottom The reflection shade of the;

And a coupling member provided in an inner space of an opening under the reflective shade part, the reflective shade part being supported and fixed to the pest trapping part,

The pest capture lighting module

A transparent adhesive container in which an opening is formed in a lower portion of one side, and a cup made of a transparent material in which a bent frame is formed by folding the lower end of the transparent container in an annular shape in an outward direction so that the circular shape can be maintained;

In order to attach and detach the bent frame formed in the opening of the transparent adhesive container, repetitive unevenness is formed on the rim of the annular lid shape, and a pinch groove having elasticity is provided, opening and closing at the bottom of the transparent adhesive container, and a through hole is formed in the center. With a cover;

A gourd flat-shaped support plate supporting the transparent adhesive container and having a protrusion formed on a part of the circumferential surface of the disk on which the cover separation ring for opening and closing the cover is installed, and having a through hole in the center thereof;

A pest attraction lamp accommodated in the transparent adhesive container and installed in a vertical direction;

A light bulb socket to which the pest attraction lamp is fastened with a round screw type;

Consisting of; a through-hole using a through hole in the central portion of the cover portion and the support plate, and a through-type bolt and nut-type coupling portion in the central portion into which a rubber ring for fixing the light bulb socket is inserted;

The transparent adhesive container is concave to the vertical outer circumferential surface of the top of the transparent adhesive container and is installed to prevent contamination of adhesive substances on the body during installation and separation of the transparent adhesive container. It is characterized in that;

In addition, in the transparent adhesive container, the manufacturing method and the pest trap using the same,

The pest attraction lamp is characterized in that it is composed of at least one of a three-wavelength lamp including an ultraviolet (UV) lamp having high efficiency in attracting pests, a five-wavelength lamp, and an LED combination lamp of RGB color.

In addition, in the transparent adhesive container, the manufacturing method and the pest trap using the same,

The support plate is characterized in that it can be used by selecting a color capable of attracting pests by having a variety of transparent colors.

In addition, in the transparent adhesive container, the manufacturing method and the pest trap using the same,

The material of the handle is concave in the upper part of the transparent adhesive container and attached to the adhesive layer of the transparent adhesive container, so that the light bulb socket connected to the transparent adhesive container is rotated so that it can be easily detached from the power supply bulb socket. It includes elastic silicone, polyethylene terephthalate (PET) with elasticity and plasticity, and plastic synthetic resin, and the shape is characterized in that it is a sunflower flat cap shape that can have high frictional force of rotational force.

In addition, in the transparent adhesive container, the manufacturing method and the pest trap using the same,

The coupling portion of the pest capture lighting module has a bolt and nut type shape in which a through hole is formed in a central portion, and a light bulb socket to which the pest attraction lamp of the pest capture lighting module is fastened is concave and fixed in the central through hole. A rubber ring shape, which is a material such as natural rubber and silicone, which has elongation and elasticity, is inserted and installed, and the through hole in the center of the adhesive transparent container cover and the support plate is concave and fixed at the threaded joint of the screwed bolt and nut. It is characterized in that it is composed of a flame-retardant plastic synthetic resin, which is a material having heat resistance and flame retardancy so that it can be used.

In addition, in the transparent adhesive container, the manufacturing method and the pest trap using the same,

The reflective shade part is for blocking visual disgust due to the debris of pests trapped in the adhesive transparent container and reflecting the illumination of the pest trapping lighting module, and the inside of the reflective shade part is made of thin-plate stainless steel, aluminum, silver foil, etc. It is formed, and the exterior is composed of fabrics and paints that can be harmonized with the exterior interior, but the shape is a trapezoidal cylinder shape, a cylinder shape, a polygonal cylinder shape, a hemispherical shape, etc., depending on the location and location of the pest trapping tran. It is characterized in that it can be formed in various ways.

In addition, in the transparent adhesive container, the manufacturing method and the pest trap using the same,

A light bulb socket with a'-shape' or'a' type plug is provided to the electric outlet installed on the wall, and the light bulb socket of the pest trapping light module is connected, or the light bulb socket of the pest trapping light module is attached to the light bulb socket installed on the ceiling. In order to prevent the visual disgust of the bonds captured in the adhesive transparent container of the pest trap to be combined, a separate trapezoidal cylinder shape, a cylindrical shape, a polygonal cylinder shape, a hemispherical shape, etc. It is characterized by.

In addition, in the transparent adhesive container, the manufacturing method and the pest trap using the same,

It blocks the visual disgust caused by the debris of pests trapped in the transparent adhesive container, and radiates the illumination of the pest attraction lamp passing through the transparent adhesive container in a visually opposite direction, so that the inflow of pests and debris are not visually recognized. It reflects the lighting of the pest attraction lamp, and the interior is formed of thin-plate stainless steel, aluminum, and silver foil for light reflection, and the exterior is composed of fabrics and paints that can harmonize with the exterior interior, but the shape is trapezoidal. , A cylindrical shape, a polygonal cylinder shape, a hemispherical shape, etc. and variously formed, and a reflective shade that is coupled to and fixed to the pest trapping lighting module by a separate coupling portion is further provided.

In addition, in the transparent adhesive container, the manufacturing method and the pest trap using the same,

Above the transparent adhesive container, a digital thermometer capable of measuring the internal temperature of the transparent adhesive container for maintaining the temperature at which pests on the surface of the transparent adhesive container are efficiently introduced and trapped, and a temperature control inside the transparent adhesive container It is characterized in that it may further include a vent valve capable of controlling the airflow of the convection phenomenon.

According to the configuration as described above, the transparent adhesive container according to the present invention, a method for manufacturing the same, and a pest trap using the same

A pest capture unit including a support, a support extending from the support, and a pest capture lighting module installed at one end of the support;

Openings are formed in the upper and lower portions to accommodate the pest trapping lighting module, and when the pest trapping module is turned on, the inner surface is made of an illumination reflective material, and a circular trapezoidal tubular shape that radiates illumination through the openings at the top and bottom The reflection shade of the;

And a coupling member provided in an inner space of an opening under the reflective shade part, the reflective shade part being supported and fixed to the pest trapping part,

The pest capture lighting module

A transparent adhesive container in which a cup of a transparent material having an opening formed at a lower portion of one side is turned upside down;

A transparent adhesive container in which an opening is formed in a lower portion of one side, and a cup made of a transparent material in which a bent frame is formed by folding the lower end of the transparent container in an annular shape in an outward direction so that the circular shape can be maintained;

In order to attach and detach the bent frame formed in the opening of the transparent adhesive container, repetitive unevenness is formed on the rim of the annular lid shape, and a pinch groove having elasticity is provided, opening and closing at the bottom of the transparent adhesive container, and a through hole is formed in the center. With a cover;

A gourd flat-shaped support plate supporting the transparent adhesive container and having a protrusion formed on a part of the circumferential surface of the disk on which the cover separation ring for opening and closing the cover is installed, and having a through hole in the center thereof;

A pest attraction lamp accommodated in the transparent adhesive container and installed in a vertical direction;

A light bulb socket to which the pest attraction lamp is fastened with a round screw type;

Consisting of; a through-hole using a through hole in the central portion of the cover portion and the support plate, and a through-type bolt and nut-type coupling portion in the central portion into which a rubber ring for fixing the light bulb socket is inserted;

The transparent adhesive container is concave to the vertical outer circumferential surface of the top of the transparent adhesive container and is installed to prevent contamination of adhesive substances on the body during installation and separation of the transparent adhesive container. It relates to a transparent adhesive container, characterized in that consisting of, a method for manufacturing the same, and a trap for trapping pests using the same.

The pest trap is capable of hygienically capturing pests without generating noise, odor, and scattering fragments of the epidermis during the capture of pests, and pests are introduced into the upper and lower portions of the reflective shade and are provided inside the reflective shade. As the transparent adhesive container is mounted so that the trapped pests are not seen by the naked eye from the outside, it is easy to replace the transparent adhesive container, and the light of the pest attraction lamp is able to open the upper and lower openings. Through indirect irradiation in the upper and lower directions, it can be used as an interior bedroom, and furthermore, it is equipped with a reflective shade that reflects the lighting of the pest attraction lamp to attract pests to the wall or ceiling. In the case of installation, it can be used as interior indirect lighting, as well as blocking the aversion of pests trapped in the adhesive transparent container, so it has the effect of capturing pests by installing it indoors in houses, offices and stores.

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 an assembly perspective view of a transparent adhesive container according to an embodiment of the present invention, a method for manufacturing the same, and a transparent adhesive container of a pest trap using the same
Figure 2 is a conceptual diagram of the manufacturing method process of the transparent adhesive container of Figure 1
3 is a front view of a pest trap according to an embodiment of the present invention
Figure 4 is a conceptual diagram of pest capture of the pest trap according to the temporary example of the present invention
5 is a conceptual diagram of an independent embodiment of a pest capture lighting module according to an embodiment of the present invention

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 perspective view illustrating an assembly of a transparent adhesive container according to an embodiment of the present invention, a method of manufacturing the same, and a transparent adhesive container of a pest trap using the same, and FIG. 2 is a conceptual diagram illustrating a process of manufacturing the transparent adhesive container of FIG. Is a front view of a pest capture trap according to an embodiment of the present invention, Figure 4 is a conceptual diagram of the pest capture of the pest capture trap according to the temporary example of the present invention, Figure 5 is a pest capture lighting module according to another embodiment of the present invention It is a conceptual diagram of an independent embodiment.

The present invention relates to a transparent adhesive container, a method for manufacturing the same, and a trap for trapping pests using the same, more specifically

A transparent container in which an opening is formed in a lower portion of one side, and a cup made of a transparent material in which a bent frame is formed so as to maintain a circular shape is turned upside down;

An adhesive layer coated with an adhesive material on the entire outer surface of the transparent container;

A transparent adhesive container comprising: a release paper formed on the upper surface of the adhesive layer to protect the adhesive layer and to be removed when in use.

The transparent adhesive container includes a transparent container manufacturing step of manufacturing the transparent container by injection molding or extrusion molding of polyethylene terephthalate (PET);

An adhesive layer forming step of forming an adhesive layer by applying an adhesive material to the entire outer surface of the transparent container;

Includes; a release paper forming step of forming a release paper protecting the adhesive layer on the upper surface of the adhesive layer,

The adhesive layer forming step is divided into a conveyor transport method and a dedicated container rotation method, wherein the conveyor transport method includes an initial step of fixing a plurality of transparent containers to a fixed frame by being spaced apart at regular intervals so that the openings are located at the bottom; An intermediate step of applying a commercially available insecticidal adhesive material that maintains fluidity at room temperature on the entire outer surface of the plurality of transparent containers with a compressed air spray nozzle in a radial position at room temperature (23°C); A finishing step of aging the transparent container adhesive layer in a low-temperature compartment lower than room temperature to within 5°C to 10°C so that the viscosity and adhesion of the adhesive material applied to the entire outer surface of the plurality of outer surfaces increase.

The exclusive container rotation method is a method of rotating the exclusive container fixing frame provided with a rectangular cylindrical fixing frame that is sealed with a stopper by forming a plurality of circular openings on the upper part of the exclusive container, and maintains fluidity at room temperature (23℃). The commercialized insectivorous adhesive material is stored inside the dedicated container fixing frame, and a horizontal surface of the adhesive material solution is formed to be spaced apart from the bottom of the plurality of transparent containers at regular intervals, and the plurality of transparent containers are provided with the opening at the top. An initial step of concave the body of the transparent container into the container fixing frame and supported by a bent frame to seal and fix it with a stopper; The entire outer surface of the transparent container is immersed in the adhesive material using the volume change of the exclusive container and the gravity of the fluid adhesive material by rotating the exclusive container fixing frame 360 degrees, and then the adhesive material is applied by being exposed to the upper horizontal surface of the adhesive material solution. Step and; An intermediate second step of removing the remaining adhesive substances applied to the outer surfaces of the plurality of transparent containers by free fall by gravity; An intermediate third step of separating the plurality of transparent containers coated with the adhesive material from the dedicated container fixing frame and fixing the plurality of transparent containers to the transfer fixing frame so that the openings of the plurality of transparent containers are positioned below; A finishing step of aging the transparent container adhesive layer in a low-temperature compartment lower than room temperature within 5°C to 10°C so as to increase the viscosity and adhesion of the adhesive material applied to the entire outer surface of the plurality of outer surfaces. Transparent container, its manufacturing method.

The transparent adhesive container, its manufacturing method, and the pest trap using the same

A pest capture unit including a support, a support extending from the support, and a pest capture lighting module installed at one end of the support;

Openings are formed in the upper and lower portions to accommodate the pest trapping lighting module, and when the pest trapping module is turned on, the inner surface is made of an illumination reflective material, and a circular trapezoidal tubular shape that radiates illumination through the openings at the top and bottom The reflection shade of the;

And a coupling member provided in an inner space of an opening under the reflective shade part, the reflective shade part being supported and fixed to the pest trapping part,

The pest capture lighting module

A transparent adhesive container in which an opening is formed in a lower portion of one side, and a cup made of a transparent material in which a bent frame is formed by folding the lower end of the transparent container in an annular shape in an outward direction so that the circular shape can be maintained;

In order to attach and detach the bent frame formed in the opening of the transparent adhesive container, repetitive unevenness is formed on the rim of the annular lid shape, and a pinch groove having elasticity is provided, opening and closing at the bottom of the transparent adhesive container, and a through hole is formed in the center. With a cover;

A gourd flat-shaped support plate supporting the transparent adhesive container and having a protrusion formed on a part of the circumferential surface of the disk on which the cover separation ring for opening and closing the cover is installed, and having a through hole in the center thereof;

A pest attraction lamp accommodated in the transparent adhesive container and installed in a vertical direction;

A light bulb socket to which the pest attraction lamp is fastened with a round screw type;

Consisting of; a through-hole using a through hole in the central portion of the cover portion and the support plate, and a through-type bolt and nut-type coupling portion in the central portion into which a rubber ring for fixing the light bulb socket is inserted;

The transparent adhesive container is concave to the vertical outer circumferential surface of the top of the transparent adhesive container and is installed to prevent contamination of adhesive substances on the body during installation and separation of the transparent adhesive container. It relates to a transparent adhesive container, characterized in that consisting of, a method for manufacturing the same, and a trap for trapping pests using the same.

Looking at the drawings, a transparent adhesive container according to an embodiment of the present invention, a method for manufacturing the same, and a transparent adhesive container 10 of the pest trap 100 using the same are a transparent container 11, an adhesive layer 12, and a foil. Consisting of a ridge 13, and its manufacturing method 20 includes a starting step (S1) for preparing the manufacture of the transparent adhesive container, a transparent container manufacturing step (S2), a transparent container adhesive layer forming step (S3), and , Consisting of a step of forming a transparent adhesive container release paper (S4), and an end step (S5) of packaging and transporting the completed transparent adhesive container 10, and the pest capture trap 100 using the same consists of a pest capture lighting module 30 ), and a pest capture unit 50 composed of a pedestal 40, a reflective shade unit 60, and a coupling member 70.

In addition, the pest capture lighting module 30 includes the transparent adhesive container 10, the transparent adhesive container cover 31, a support plate 32, a pest attraction lamp 33, a light bulb socket 34, and It is composed of a coupling portion 35 and a detachable, attachable cap-type handle 36.

Referring to Figure 1, the transparent adhesive container 10 is composed of a transparent container 11, an adhesive layer 12, and a release paper (13).

The transparent adhesive container 11 accommodates a pest attraction lamp 33, which will be described later, and diffuses the pest attraction lighting of the pest attraction lamp into the inner space of the transparent container 11 to be described later. And in the pest trapping space (69) formed between the adhesive layer (12) to be described later formed on the outer surface of the transparent container (11), the illumination of the pest attraction lamp (33) can be efficiently radiated, and the reflector The pest attraction light is radiated to the outside through the upper opening 61 and the lower opening 62 to be described later in 60, so that the pest trapping space part 69 is attracted to the upper opening 61 and the lower opening 62. ), the influx of pests can be increased, so that the pest capture rate can be improved.

The transparent container 11 has an opening 11b to be described below at one side thereof, and the opening 11b has a bent frame 11c to be described later to maintain a circular shape. In the direction, the locking projections 11d at regular intervals are formed in a vertical cylindrical shape, so that the transparent container 11 has a shape in which a cup made of a transparent material to be easily separated from the overlapping chips is turned upside down.

In addition, the color of the transparent container (11) is provided with a variety of transparent colors, so that the color that can attract pests can be selected and used, and the material is polyethylene terephthalate (PET), polycarbonate (PC) having excellent rigidity and heat resistance. ) And a plastic synthetic resin having excellent heat resistance, and the shape is preferably a transparent cup shape and a cylindrical shape and a polygonal cylinder shape.

The opening 11b is to allow the pest attraction lamp 33 to be concave and installed in the transparent adhesive container 10.

In the opening 11b, a bent frame 11c is formed in an annular shape so that the circular shape can be maintained, and is inserted into the pinching groove 32b to be described later of the cover 31 to be described later so that the transparent adhesive container 10 is fixed. Is to do.

The adhesive layer 12 is composed of a body adhesive layer 12a and an upper adhesive layer 12b.

The method of applying the adhesive layer of the adhesive layer 12 will be described in the transparent adhesive container and its manufacturing method 20 to be described later.

The adhesive material applied to the adhesive layer 12 is commercially available and can use a variety of insect trapping adhesive materials available on the market. For example, natural rubber and polybutene as a sticky solution for insect insects from the domestic'W company', and an adhesive DCPD hydrogenated resin, adhesive material made of pheromone liquid and orange tree liquid and emulsifier as attractants, or polybutene, graton, hydrogenated resin, h resin, c9 petroleum resin, sis resin, An adhesive material prepared by mixing polyisobutylene may be used, but is not limited thereto.

The release paper 13 is formed on the surface of the adhesive layer 12 and includes a body surface release paper 13a and an upper release paper 13b.

The release paper 13 prevents damage to the adhesive layer 11 while the adhesive layer 11 of the transparent adhesive container 10 reaches a user through a process of production and shipment.

The body surface peeling ridge (13a) has a fan shape in which the length of the upper arc is shorter than the length of the lower arc, and has a size larger than the area of the body (11a) of the transparent adhesive container 10, and the height is the transparent adhesive The upper surface peeling ridge 13b described later than the height from the top of the bent frame 11c of the container 10 to the upper surface adhesive layer 12b of the transparent adhesive container 10 is the upper part of the body surface peeling ridge 13a It is as long as the height of the locking jaw (11d) formed on the upper portion of the transparent container (11), which is the depth that is concave to, and the width is greater than the circumference of the body (11a) of the transparent adhesive device (10). It is formed as long as the depth of the body surface adhesive layer (13a), so that a portion overlapping a certain length is formed so that the user can hold the overlapped portion and easily remove the body surface peeling paper (13a).

In addition, it is also possible to allow the user to learn information related to the transparent adhesive container 10 by printing a method of use and precautions for use or a promotional text or a posting text on the surface of the body surface peeling ridge 13a.

The upper surface peeling ridge 13b is a sunflower shape in which protrusions 13c formed in various shapes such as a half-moon shape are repeatedly formed in the circumferential direction, and the body surface peeling ridge 13a is attached to the body adhesive layer 12a. After being concave in the formed upper cylindrical protrusion, the bottom surface of the upper surface peeling ridge 13b is attached to and fixed to the upper adhesive layer 12b, and the circumferential surface is concave to the upper protrusion of the body surface peeling ridge 13a. The protrusion 13c of the upper surface peeling ridge 13b is bent and fixed in close contact with the inner surface of the upper protrusion of the body surface peeling ridge 13a, and the protrusion of the upper surface peeling ridge 13b even when the user separates Holding (13c) is to be able to easily remove the upper surface peeling ridge (13b) from the upper surface adhesive layer (12b).

In addition, as the release paper 13, it is preferable to use an oily paper that is removed during use by protecting a commonly used adhesive material, but a synthetic resin film in which the adhesive material does not elute may be used.

Referring to the process conceptual diagram of the manufacturing method of the transparent adhesive container of FIG. 2, the transparent adhesive container, the manufacturing method 20 thereof, includes a starting step (S1) for preparing the manufacturing of the transparent adhesive container 10, and manufacturing the transparent container. It consists of a step (S2), a transparent container adhesive layer forming step (S3), a transparent adhesive container release paper forming step (S4), and an end step (S5) of packaging and transporting the completed transparent adhesive container.

The starting step (S1) is to purchase and manufacture a material for manufacturing the transparent container 11 by injection molding or extrusion molding, which is a method of generally manufacturing the transparent container 11 with polyethylene terephthalate (PET). It is to prepare the manufacture of the transparent container 11 by checking for the operation of the equipment.

The polyethylene terephthalate (PET) is a saturated polyester obtained by polycondensing terephthalic acid and ethylene glycol. PET has a shorter molecular chain than polybutylene terephthalate and has good rigidity and heat resistance because it has a structure that does not bend well, but needs to be set at 110°C or higher because it promotes the crystallization rate. Otherwise, there is a method of adding sodium carboxylic acid salt or potassium salt at less than 100°C, and a method of promoting crystallization by adding an aliphatic organic ester as a plasticizer.

There are two main methods of making PET. One is by dimethyl terephthalic acid and the other is by direct polymerization.

In the dimethyl terephthalic acid method, bis (β-Hydroxy Ethly) terephthalate is obtained through an ester exchange reaction by heating dimethyl terephthalic acid and ethylene glycol at 150 to 230°C. Next, when Bis(β-Hydroxy Ethly)Terephthalate is 1 Torr or less and heated to 270~300°C, polycondensation proceeds and Ethylene glycol flows out to obtain PET.

In the direct polymerization method, high purity Terephthalic acid and Ethylene glycol were pressurized and reacted at about 230°C to obtain Bis(β-Hydroxy Ethyl)Terephthalate. The polycondensation reaction is in the same form as the above-described Dimethyl Terephthalic acid method.

The stiffness, electrical properties, weather resistance, and heat resistance of the PET are good, but because of the ester bond in the molecular chain, the molded product tends to change when immersed in acid or alkali over a high temperature and long period of time, and PET molding with high crystallinity To obtain a product, a mold temperature of 120~140°C is required. From the viewpoint of obtaining an amorphous transparent molded product, it is good to rapidly cool the molded product with the mold temperature below the glass transition point. Using this, a transparent suction molding container is made.

The transparent container manufacturing step (S2) is a general manufacturing step and is divided into injection molding (S2a) and extrusion molding (S2b).

The injection molding (S2a) needs to be sufficiently crystallized in order to exhibit excellent properties (especially durability). There are two methods for sufficient crystallization: molding in a high temperature mold (about 130°C) and molding in a low temperature mold (about 60°C) and heat treatment after molding (about 130°C).

A mixture of glass fibers is used as the material of the injection molding (S2a). It has excellent mechanical strength and stiffness, has good dimensional safety, does not invade gasoline or heavy oil, etc., and it can be said that it is desirable because even a molded article of a complex shape can be easily made, but this is not necessarily the case.

In addition, in the extrusion molding (S2b), the stretched film of PET, which is currently most commonly used, dissolves the pre-dried resin at 270 to 320°C and is extruded by a T-die or Ling die, so that the thin film becomes a water-cooled roll and becomes thicker. It is rapidly cooled in water to make it amorphous. In the case of uniaxial, 4-7 times, and in the case of biaxial, it is stretched 1.5 to 4 times and heated to 180 to 210°C to crystallize, and the recent stretch suction molding technology demonstrates its characteristics to the maximum in PET It can be said that it is desirable that the container is moldable, but this is not necessarily the case.

The transparent container 11 may be manufactured using raw materials for food containers that have undergone chemical regeneration methods such as heating, decomposition, polymerization, etc., but since it is a dedicated container for trapping pests, it is inexpensive through physical methods such as pulverization, heating, and molding. It may be desirable to manufacture using recycled PET.

The transparent container adhesive layer forming step (S3) is to form an adhesive layer by applying an adhesive material to the entire outer surface of the transparent container, and a conveyor transfer method (S3a) using a spray nozzle and a dedicated container using a dedicated container fixing frame There is a rotation method (S3b)

In addition, the conveyor transfer method (S3a) includes an initial step (S3a-1) of improving repetitive work efficiency by fixing a plurality of transparent containers to a jig-shaped fixing frame by being spaced apart at regular intervals so that the opening is located at the bottom; An intermediate step (S3a-2) of applying a commercially available insecticidal adhesive material that maintains fluidity at room temperature on the entire outer surface of the plurality of transparent containers with a compressed air spray nozzle in a radial position at room temperature (23°C) and ; A finishing step (S3a-3) of aging the transparent container adhesive layer in a low-temperature compartment lower than room temperature within 5°C to 10°C so that the viscosity and adhesive strength of the adhesive material applied to the entire outer surface of the plurality of surfaces are increased (S3a-3); .

The conveyor transfer method (S3a) is composed of a conveyor (S3a1), a fixing frame (S3a2), an adhesive material application chamber (S3a3), and a low temperature compartment (S3a4).

The conveyor (S3a1) is a general continuous transfer method except that the adhesive material application chamber (S3a3) and the low-temperature compartment (S3a4) are provided with a space partitioned in the transfer system, and a detailed description thereof will be omitted.

The initial step (S3a-1) is a step of fixing the transparent container 11 to the fixing frame (S3a2).

The fixing frame (S3a2) is composed of a fixing frame base (S3a2a) and a fixing frame fixing tool (S3a2b), and is fixed so that the opening of the transparent container 11 is located at the bottom, and is manufactured so that a plurality of transparent containers 11 are installed. , By providing a fixture (S3a2b) in the form of a jig in which the transparent container 11 is inserted in the fixing frame support (S3a2a) that is transferred in contact with the conveyor chain or belt, it is to facilitate repetitive work. .

The fixing frame fixing tool (S3a2b) is provided with a separate disposable vinyl so that residual adhesive substances caused by spraying of adhesive substances in the adhesive substance application chamber (S3a3), which will be described later, do not adhere to the bent frame of the transparent adhesive container 10. You can also install a cover.

The intermediate step (S3a-2) is a plurality of transparent containers 11 fixed to the fixing frame (S3a2) transferred from the initial step (S3a-1) to the conveyor (S3a1) in the adhesive material application chamber (S3a3). This is a step of applying a commercialized insecticide adhesive material that maintains fluidity at room temperature on the entire outer surface with a compressed air spray nozzle at a radial position at room temperature (23°C).

The adhesive material application chamber (S3a3) is composed of a spray nozzle (S3a3a), a shatterproof cover (S3a3b), a cover vertical movement device (S3a3c), and an adhesive material supply location (S3a3d).

The adhesive material application chamber (S3a3) is the air temperature in the compartment of the adhesive material application chamber (S3a3) so that the commercialized adhesive material that maintains fluidity at room temperature (23°C) can be sprayed with compressed air at room temperature (23°C). A low-temperature compartment where the viscosity and adhesive strength of the adhesive layer 11d of the transparent adhesive container 10 are described later by providing a cooling and heating device for control to minimize the flow of sprayed scattered adhesive substances and residual adhesive substances. It is desirable to be able to form easily in S3a4).

The spray nozzle (S3a3a) forms an adhesive layer (11d) of the transparent adhesive container by applying an adhesive material in a spray form using compressed air, and is installed at a radial position above the adhesive material application chamber (S3a3). Therefore, it is preferable that a spray amount control device is provided so that the adhesive material can be uniformly applied to the outer surface of the transparent container 11, and the residual amount flowing down after applying the adhesive material is minimized.

The adhesive material scattering prevention cover (S3a3b) is opened at the bottom to accommodate the fixing frame fixing tool (S3a2b) therein, and the adhesive material scattered by spraying less than the area of the upper surface of the fixing frame fixing tool (S3a2b) is the conveyor ( It is desirable to prevent sticking to the belt surface of S3a1).

The adhesive material scattering prevention cover (S3a3b) is equipped with a device capable of moving up and down, and sprays the adhesive material on the outer surface of the transparent container 11 by descending, and after application, it rises and the transparent adhesive container 10 is transferred. It should be made possible.

It is preferable that the adhesive material supply place (S3a3d) is provided with a commercially available adhesive material supply container and a compressed air generating device.

In the finishing step (S3a-3), the transparent container adhesive layer 11d in the low temperature compartment (S3a4) is maintained at a temperature lower than room temperature to within 5°C to 10°C, so that the outside of the plurality of transparent adhesive containers 10 is maintained. It is to increase the viscosity and adhesion of the adhesive material applied to the entire side surface to improve the efficiency of attaching the release paper in the step of forming the release paper (S4) of the transparent adhesive container 10 to be described later.

The low-temperature compartment (S3a4) maintains a temperature lower than room temperature within 5 to 10 degrees Celsius to increase the viscosity and adhesion of the adhesive material applied to the entire outer surface of the plurality of transparent adhesive containers (10). As for aging the adhesive layer 11d of the transparent adhesive container 10, a partitioned space capable of maintaining a temperature lower than room temperature within 5℃-10℃ and a cooling/heating temperature control device are provided.

The following exclusive container rotation method (S3b) is a method of rotating a dedicated container fixing frame provided with a rectangular cylindrical fixing frame that is sealed with a stopper by forming a plurality of circular openings on the upper part of the exclusive container. ), the commercialized insectivorous adhesive material that maintains fluidity is stored inside the dedicated container fixing frame, and a horizontal surface of the adhesive material solution is formed so as to be spaced apart from the bottom of the plurality of transparent containers, and the opening of the plurality of transparent containers is at the top. An initial step (S3b-1) in which the body of the transparent container is recessed into the dedicated container fixing frame so that it is supported by a bending frame to be sealed and fixed with a stopper; The entire outer surface of the transparent container is immersed in the adhesive material using the volume change of the exclusive container and the gravity of the fluid adhesive material by rotating the exclusive container fixing frame 360 degrees, and then the adhesive material is applied by being exposed to the upper horizontal surface of the adhesive material solution. Step (S3b-2a); An intermediate second step (S3b-2b) of removing the remaining adhesive substances applied to the outer surfaces of the plurality of transparent containers by free fall by gravity; An intermediate third step (S3b-2c) of separating the plurality of transparent containers coated with the adhesive material from the dedicated container fixing frame and fixing the plurality of transparent containers to the transfer fixing frame so that the openings of the plurality of transparent containers are located below; A finishing step (S3b-3) of aging the transparent container adhesive layer in a low-temperature compartment lower than room temperature to within 5°C to 10°C so that the viscosity and adhesion of the adhesive material applied to the entire outer surface of the plurality of surfaces are increased (S3b-3); will be.

Referring to Figure 2, the embodiment of the dedicated container rotation method (S3b) will be described as follows as having one dedicated container fixing frame to be described later,

In the case of a dedicated container fixing frame for fixing a plurality of transparent containers, a rotating device and a device for fixing the dedicated container fixing frame to the rotating device may be further provided, and the rotating device rotating 360 degrees or 180 degrees uses a rotation shaft. It is preferable that the method of fixing the exclusive container fixing frame to the rotating device is a cabinet-type door opening and closing device having a sliding groove-shaped fixing groove.

The initial step (S3b-1) of the dedicated container rotation method (S3b) is a step of fixing the transparent container 11 to the dedicated container fixing frame (S3b1).

The dedicated container rotation method (S3b) is composed of a dedicated container fixing frame (S3b1), a dedicated container rotating device (S3b2) that rotates the dedicated container by 360 degrees, and a low temperature compartment (S3b3).

The dedicated container fixing frame (S3b1) is composed of an adhesive material storage container (S3b1a), a locking jaw (S3b1b), a stopper (S3b1c), and an adhesive material (S3b1d).

The dedicated container fixing frame (S3b1) fixes the bent frame (11c) formed in the opening (11b) of the transparent container to the exclusive container fixing frame (S3b1) and seals the adhesive material from leakage using a rotary stopper or a pressurized sealing tool. By rotating 360 degrees, the exclusive container fixing frame (S3b1) can be manufactured with one or more.

In the adhesive material storage container (S3b1a), a commercialized insectivorous adhesive material that maintains fluidity at room temperature (23° C.) is stored in the adhesive material storage container (S3b1a), and at regular intervals at the bottom of the transparent container (11). A horizontal surface of the adhesive material solution is formed so as to be spaced apart, and even when the adhesive material storage container (S3b1a) is rotated 360 degrees or 180 degrees to apply the adhesive material to the outer surface of the transparent container 11, the adhesive material does not leak to the outside. Is to perform a function that does not.

The adhesive material is commercialized and commercially available various insecticidal adhesive substances can be used, for example, natural rubber and polybutene as a sticky solution for insect insects of'W company' in Korea, DCPD hydrogenated resin as an adhesive, and phermone as an attractant. An adhesive material made of liquid, orange tree liquid and emulsifier, or another domestic'D company' polybutene, graton, hydrogenated resin, h resin, c9 petroleum resin, sis resin, polyisobutylene An adhesive material may be used, but is not limited thereto.

The adhesive material storage container (S3b1a) is a synthetic resin or stainless steel having stiffness, corrosion resistance, durability and moldability that does not deform even when the pressure is increased due to gas generation of the emulsifier of the insect trapping material and the long-term storage and use of the insect trapping adhesive material, It is preferably made of non-ferrous metal.

The locking projection (S3b1b) has an inlet function through which the body (11a) of the transparent container (11) is concave into the interior of the adhesive material storage container (S3b1a) and the locking projection (11c) of the transparent container (11). It supports and uses the top surface of the protrusion on which a cylindrical male screw to which a plug-shaped sealing tool can be coupled, and is sealed with a stopper (S3b1c) to be described later.

The stopper (S3b1c) is the transparent container (11) in the locking protrusion (S3b1b) provided on the upper portion of the adhesive material storage container (S3b1a) of the dedicated container fixing frame (S3b1) so that the opening is located at the top of the transparent container ( By fixing the bent frame 11c of 11) and sealing it, it performs a function of preventing leakage of the adhesive material even when the rotating device rotates 360 degrees or 180 degrees.

The adhesive material (S3b1d) is applied to the entire outer surface of the transparent adhesive container to collect pests by adhesive force, and an adhesive material having fluidity at room temperature and low freezing temperature in winter can be said to be preferable.

The adhesive material (S3b1d) is commercially available and can use a variety of insecticidal adhesive materials available on the market. For example, natural rubber and polybutene as a sticky solution for insect insects from'W Company' in Korea, and DCPD hydrogenated resin as an adhesive, Adhesive substances manufactured by attractants such as phermonic liquid and orange tree liquid and emulsifier, and polybutene, graton, hydrogenated resin, h resin, c9 petroleum resin, sis resin, polyisobutylene of another domestic'D company' An adhesive material prepared by mixing may be used, but is not limited thereto.

In the intermediate stage 1 (S3b-2a) of the dedicated container rotation method (S3b), the outer surface of the transparent container 11 is rotated 360 degrees to change the volume of the dedicated container and the gravity of the fluid adhesive material is used. The whole is immersed in the adhesive material and then exposed on the horizontal surface of the adhesive material solution, so that the adhesive material is applied to the outer surface of the transparent container 11.

In the intermediate second step (S3b-2b) of the dedicated container rotation method (S3b), the remaining adhesive material remaining after being applied to the outer surface of the transparent container 11 is removed by free fall by gravity, A uniform adhesive layer 12 is formed on the entire outer surface so that the transparent adhesive container 10 is manufactured until the release paper 13 is attached.

In the intermediate 3 step (S3b-2c) of the dedicated container rotation method (S3b), the fixing method of the fixing frame fixing tool (S3a2b) of the conveyor transfer method (S3a) is the same, so a detailed description thereof will be omitted.

The finishing step (S3b-3) of the dedicated container rotation method (S3b) is an adhesive layer on the outer surface of the transparent adhesive container 11 in a low-temperature compartment to increase the viscosity and adhesion of the plurality of transparent adhesive containers 10 As the aging of (12), since it is the same as the finishing step (S3a-3) of the conveyor transfer method (S3a), a description of the same part will be omitted.

In the step of forming release paper (S4) of the transparent adhesive device 10, the adhesive layer 11 is formed while the adhesive layers 11 of the plurality of transparent adhesive containers 10 reach the user through the process of production and shipment. As formed on the surface of the adhesive layer 12 of the plurality of transparent adhesive containers 10 so as not to be damaged, the formation of the body surface peeling ridge 13a (S4a) and the formation of the upper surface release paper 13b (S4b ).

The formation of the body surface release paper (13a) (S4a) and the formation of the upper surface release paper (13b) (S4b) is 5℃ higher than room temperature (23℃) as in the low temperature compartment of the adhesive layer forming step (S3). It is preferable to perform a forming operation to attach the release paper of the transparent adhesive device 10 in a low temperature compartment within ~10°C.

The formation of the body surface peeling ridge (13a) (S4a) is a fan shape in which the length of the upper arc is shorter than the length of the lower arc, and is the size of an area larger than the area of the body (11a) of the transparent adhesive container (10). , The height is higher than the height from the top of the bent frame 11c of the transparent adhesive container 10 to the adhesive layer 12b on the upper surface of the transparent adhesive container 10, and the upper surface peeling ridge 13b is the body surface peeling ridge 13a ) Is as long as the height of the locking jaw (11d) formed on the top of the transparent container (11), which is the depth concave in the upper portion of the upper surface (13b) than the circumference of the body (11a) of the transparent adhesive device (10) ) Is formed as long as the indentation depth so that the body surface adhesive layer 13a is not attached to the body surface adhesive layer 13a, but a certain length overlapping part is formed so that the user can hold the overlapped part and easily remove the body surface peeling paper 13a. Is to do.

The body surface peeling paper (13a) formation (S4a) is a groove (S4a-) parallel to the shape of a wide arc of the peeling paper produced in a flat plane of a fan shape larger than the surface area of the body 11a of the transparent adhesive device 10. 1a) is provided with the body surface peeling attachment (S4a-1), the depth and width of the groove (S4a-1a) is greater than the width of the bending frame (11c) of the transparent adhesive container (10) , The groove (S4a-1a) formed less than the depth is preferable.

On the plane of the body surface peeling paper (13a) attachment stage (S4a-1), a release paper made in a flat plane of a fan shape wider than the surface area of the body (11a) of the transparent adhesive container 10 is the attachment stage (S4a- It is easy to rotate the bent frame (11c) of the transparent adhesive container (10) along the groove (S4a-1a) of the attachment base (S4a-1) by placing it close to the groove (S4a-1a) of 1). It is preferable to attach the body surface peeling ridge 13a, but is not necessarily limited thereto, and the adhesive transparent container is fixed using a robot or a mechanism, and the body surface peeling ridge 13a is rotated to attach it. There is.

In the step of forming the body surface peeling ridge 13a (S4a), the body surface peeling ridge 13a is manufactured in a fan shape in which the outer surface of the transparent adhesive container having a circular shape is developed, and the adhesive prepared in the adhesive layer forming step (S3) The body surface peeling ridge 13a is attached by rotating the adhesive transparent container 10 along the outermost linear shape of the float shape by rotating the bent frame 11c of the opening 11a of the transparent container 10.

The upper release paper (13b) is a sunflower shape in which protrusions (13c) formed in various shapes such as a half-moon shape are repeatedly formed in the circumferential direction, and the body surface release paper (13a) is attached to the body adhesive layer (12a) It is concave in the upper cylindrical protrusion formed after being concave, and the bottom surface of the upper surface peeling ridge 13b is attached to and fixed to the upper adhesive layer 12b, and the circumferential surface is concave in the upper protrusion of the body surface peeling ridge 13a. As a result, the protrusion 13c of the upper surface peeling ridge 13b is bent so as to be fixed in close contact with the inner surface of the upper protrusion of the body surface peeling ridge 13a.

The end step (S5) of the transparent adhesive device 10 is a step of packaging and transporting the completed transparent adhesive container 10. In the case of a transparent adhesive container having a narrow lower portion and a wide upper portion, the transparent cup It can be said that it is an economically desirable method of manufacturing a transparent adhesive container because it can be stacked and packaged using the inner space, so that the packaging and transport volume can be significantly reduced.

3 is a front view of a pest capture trap according to an embodiment of the present invention, and FIG. 4 is a conceptual diagram of the pest capture trap according to the temporary example of the present invention.

A transparent adhesive container, a method of manufacturing the same, and a pest trap 100 using the same includes a pest trapping unit 50 composed of a pest trapping light module 30, a pedestal 40, a reflective shade unit 60, and a coupling member It consists of 70.

The pest capture lighting module 30 includes the transparent adhesive container 10, the transparent adhesive container cover 31, a support plate 32, a pest attraction lamp 33, a light bulb socket 34, and a coupling part It is composed of (35) and, detachable, attachable cap-type handle (36).

The pest capture lighting module 30 is provided with a round male screw to be described later formed on the outside of the lower portion and a round female screw to be described later formed on the inside of the upper portion of the bulb socket 34 to the round female screw of the pest attraction lamp 33 ), and the transparent adhesive container 10 for accommodating the pest attraction lamp 33 therein is installed, and the lighting of the pest attraction lamp 33 provided in the interior of the adhesive transparent container 10 As the adhesive layer formed on the outer surface of the transparent adhesive container 10 attracts and collects pests, an electrical outlet such as a wall, a place where the aversion of pests outdoors and indoors is not important. It is a pest capture lighting module capable of independently capturing pests in places where there is.

The transparent adhesive container 10 has an opening 11b formed at a lower portion of one side to accommodate the pest attraction lamp 33, and has a shape in which a transparent cup is turned upside down, and is installed on the upper part of the support plate 32 , The coupling part 35 is fastened to a through hole 32a, which will be described later, formed in the central portion, and is fixed by the transparent adhesive container cover 31.

On the upper part of the transparent adhesive container 10, a digital thermometer capable of measuring the internal temperature of the transparent adhesive container 10 to maintain the temperature at which pests on the surface of the transparent adhesive container 10 are efficiently introduced and captured ( Si) and a vent valve (not shown) capable of controlling the airflow of convection for temperature control inside the transparent adhesive container may be further provided.

The transparent adhesive container 10 has a bent frame 11c folded in an annular shape with the lower end of the transparent container outward so that the circular shape can be maintained in the opening 11b, and the bent frame 11c It is the same as described in the transparent adhesive container 10 and its manufacturing method 20, except that it is concave and fixed to the fitting groove 31b, which will be described later, formed on the transparent adhesive container cover 31, so the description of the same part will be omitted. .

The transparent adhesive container cover 31 is installed on the support plate 32, and the coupling portion 35 is fastened to and fixed to a through hole 31a, which will be described later, formed in the central portion. In order to attach and detach the bent frame (11c) formed in the opening (11b) of the transparent adhesive container (10), repetitive irregularities are formed on the rim of the annular lid shape, and a pinching groove (31b) having elasticity is provided. (10) The opening (11b) of the transparent adhesive container (10) is opened and closed from the lower portion, and a through hole (31a) is formed in the central portion to be fastened to a bolt-shaped male screw to be described later of the coupling portion (35), so that the female screw is It is fixed with the formed nut.

The transparent adhesive container cover 31 is a transparent material so that the illumination of the pest attraction lamp can be efficiently radiated to the outside, and can be manufactured using PET or polystyrene resin which is inexpensive and has excellent workability with a thin plate.

In addition, the transparent adhesive container cover 31 does not have a through hole formed in the central portion, but is cut with a'+' to be concave into the ballast built-in part 33c of the pest inducing lamp 33 to cut a'+' It may be installed by negative elastic force.

The support plate 32 supports the transparent adhesive container cover 31 for fixing the transparent adhesive container 10, and includes a through hole 32a, a protrusion 32b, and a cover opening and closing ring 32c. Is composed.

The through hole (32a) is to be coupled to the screw portion of the coupling portion (35) is fastened, and is made of the diameter of the male screw portion of the coupling portion (35) fixing the light bulb socket.

The protrusion 32b is formed on the circumferential surface of the disk in order to install a ring for separating the transparent adhesive container cover 35 by inserting one end of the transparent adhesive container cover 31 into the support plate 32. will be

The cover opening/closing ring (32c) inserts one end of the transparent adhesive container cover (31) into the support plate (32) and tilts the upper end of the transparent adhesive container (10) to the left or right on a vertical line. From the place where one part is fixed, the pinching groove 31b is separated and separated in a chain so that the transparent adhesive container 10 can be separated.

In addition, the cover opening/closing ring (32c) is the first and one-time wrapper around the outside of the adhesive transparent container contaminated with pests when replacing the adhesive transparent container due to frequent collection of pests, and then discarded, From the second time, if the second transparent adhesive container is inserted into the discarded transparent adhesive container and an external force is applied to the container disposed on the opposite side of the cover opening/closing ring (32c), convenient separation of the transparent adhesive container and storage of the waste container is performed. It would be easy.

The support plate 32 is a transparent material so that the lighting of the pest attraction lamp 33 can be efficiently radiated to the outside, and may be manufactured using PET or polystyrene resin which is inexpensive and excellent in processability.

The support plate 32 is provided with a variety of transparent colors and can be used by selecting a color capable of attracting pests.

The pest attraction lamp (33) is accommodated in the transparent adhesive container (10) and installed in a vertical direction, and is composed of an illumination dissipating part (33a), a round male screw part (33b), and a ballast built-in part (33c) do.

The light emitting part 33a emits illumination for attracting pests, and only radiates ultraviolet (UVA) wavelengths preferred by pests of the three-wavelength lamp to the outside, and other RGB colors such as red, green, and blue are black absorbed by internal fluorescent materials. It is preferable to provide a light blue (BLB) lamp or a black light (BL) lamp, but bright white or RGB lighting may be used in places where pest capture and indirect lighting are required.

In general, ultraviolet lamps used as insect attraction lamps are BLB (Black Light Blue, aka Black Light Blue) lamps and BL (Black Light, aka Black Like) lamps are fluorescent glass tubes that emit a wavelength of 315 to 400 nm, which is UVA. As a lamp, the BLB lamp has a dark blue-purple filter glass that efficiently transmits ultraviolet rays with a wavelength of 315 to 400 nm and a fluorescent material with a peak in the emission spectrum around 360 nm of the ultraviolet rays. It is a dark (mixed of dark blue and purple) blue color of a light-emitting lamp, and the BL lamp is a white-based fluorescent glass tube that uses the glass of the lighting fluorescent lamp or the cobalt glass and a fluorescent substance having a peak near the peak wavelength of 360 nm.

The round male screw part 33b is provided to couple the pest inducing lamp 33 to the round female screw to be described later of the light bulb socket.

The ballast built-in part (33c) is a three-wavelength fluorescent lamp that generates a large voltage when turned on, induces electronic activity of a fluorescent material, and is stabilized after using the light initially, and is an electron that absorbs the initial large voltage with a capacitor, etc. Since circuits are required, there are generally built-in ballasts and external ballasts, but three-wavelength lamps are generally built-in ballasts.

The pest attraction lamp 33 is equipped with at least one of a three-wavelength lamp including an ultraviolet (UV) lamp with high efficiency in attracting pests, a five-wavelength lamp, and an RGB color LED combination lamp, and is used according to the location and purpose of use. It is desirable to do.

The bulb socket 34 couples the round male screw portion 33b of the pest attraction lamp 33 to the round female screw portion 34c formed inside the upper portion of the bulb socket 34, and the bulb socket 34 The round male screw portion 34b formed on the outside of the lower portion of the base 40 is coupled to a light bulb socket 42 provided at one end of the support 41 to be described later.

It is preferable that the outer surface of the upper portion of the light bulb socket 34 is the same or similar in color to the color of the ballast interior 33c of the pest inducing lamp 33 adjacent to it by being coupled to a round female screw provided therein.

The coupling part 35 is in the shape of a bolt and a nut having a through hole 35a in the center thereof, and is concave in the inside of the through hole 35a to the outside of the bulb socket 34 by compressing and elastic force of a rubber ring provided. To fix the coupling portion 35, and by inserting the transparent adhesive container cover 31 and the support plate 32 to the bolt-shaped male screw portion (35b) of the coupling portion (35).

The coupling portion 35 is composed of a through hole (35a), a bolt-shaped male screw portion (35b), a nut-shaped female screw portion (35c), a rubber ring (35d), and a locking projection (35e).

The through hole (35a) is a circular hole formed from the top to the bottom of the central portion in order to insert the bulb socket (34), the diameter is 1 ± 0.5 mm larger than the diameter of the outer surface of the bulb socket (34) Is formed.

The bolt-shaped male screw portion (35b) and the nut-shaped female screw portion (35c) fix the adhesive transparent container cover (31) and the support plate (32), and the nut-shaped female screw portion (35c) is provided to be recessed inside. The rubber ring 35d is compressed and fixed to the outer surface of the electrical socket 34.

The material of the rubber ring 35d may be made of natural rubber, silicone, etc. that maintain elasticity.

The locking protrusion 35e serves to prevent the nut-shaped female screw portion 35c from being separated from the outside by the compressed elastic force of the rubber ring 35d, and the material is rubber, silicone, etc. Can be made with

The coupling part 35 is preferably made of a flame-retardant plastic synthetic resin or a non-ferrous metal as a durable material such as flame retardancy and corrosion resistance.

The coupling part 35 is a bolt-and-nut shape in which a through hole 35a is formed in the center, and the pest attraction lamp 33 of the pest capture lighting module 30 is fastened to the through hole 35a. The light bulb socket 34 is inserted and installed in the shape of a rubber ring made of a material such as natural rubber and silicone having an elongation and elasticity so that it can be concave and fixed, and the threaded joint of the screwed bolt and nut is inserted into the transparent adhesive container. It is preferable that the cover and the central through-hole 35a of the support plate 34 are concave and fixed so that it is made of a flame-retardant plastic synthetic resin which is a material having heat resistance and flame retardancy.

The detachable and attachable cap-type handle 36 is concave in the vertical outer circumferential surface of the upper portion of the transparent adhesive container 10 and is installed to prevent contamination of adhesive substances on the body when the transparent adhesive container 10 is installed and separated. As, the material is concave in the upper portion of the transparent adhesive container 10, attached to the adhesive layer 12 of the transparent adhesive container 10, and rotated the light bulb socket 34 coupled with the transparent adhesive container 10 to power It may include elastic silicone that is easily detachable to facilitate separation from the supply bulb socket, polyethylene terephthalate (PET) having rigidity and elasticity, and plastic synthetic resin. The shape is a sunflower flat cap shape that can have high frictional force of rotational force.

In addition, the detachable and attachable cap-type handle 36 has the transparent adhesive container 10 on the upper side to separate the transparent adhesive container 10 of the pest capture lighting module 30 from the transparent adhesive container cover 31. By applying a deformation to the left or right side, the bent frame (11c) formed in the opening (11b) of the transparent adhesive container (10) using the cover opening and closing ring (32c) of the support plate (32), the transparent adhesive container cover (31). ) It can also be used when separating from the pinch groove (31b).

The pedestal 40 is a lower surface wider than the center of the support 41 is installed, fixed, and moved on the floor, and is to stabilize the center of the pest trap 100, which will be described later that is extended and molded on the upper side. It supplies power to the support 41 and the pest trapping lighting module 30 installed at one end of the support 41 and supports the reflector part 60.

The pedestal 40 is composed of a support 41, a light bulb socket 42, a power supply unit 43, and a power supply through hole 44.

The support 41 extends and supports the pedestal 40, the pest capture lighting module 30, and the reflector 60, and a through hole 44 is formed from the top to the bottom inside the power supply unit. The power supply wiring of (43) is inserted.

The support 41 is preferably made of stainless steel, nonferrous metal or reinforced plastic synthetic resin capable of maintaining rigidity and corrosion resistance.

The support 41 is an image reminiscent of the pest trap 100, and it is preferable to increase the image with various designs.

The light bulb socket 42 is fixedly installed at one end of the support 41, the electric wiring of the power supply 43 is connected to the lower part, and the light bulb socket 34 of the pest trapping lighting module 30 is connected to the upper part. ) Is coupled and installed, and a coupling member supporting the reflective shade portion 60 is provided on the outer circumference.

The power supply unit 43 includes electricity supply wiring from the lower portion of the light bulb socket 42 to an external electrical outlet and an operation switch.

The power supply through hole 44 is for electricity supply wiring from the top of the support 41 to the bottom surface in contact with the floor, and it is possible to realize a beautiful image by preventing the aesthetics from being exposed to the outside of the electricity supply wiring. have.

The pest capture unit 50 is composed of the pest capture lighting module 30 and the pedestal 40.

Since the pest capture unit 50 is the same as described in the pest capture lighting module 30 and the pedestal 40, a description of the same part will be omitted.

The reflective shade part 60 has an upper opening 61 and a lower opening 62 formed at the upper and lower portions to accommodate the pest capture lighting module 30, and has a circular trapezoidal cylindrical shape, and the pest capture lighting module ( When 30) is turned on, the inner surface is made of an illumination reflective material, and the outside of the transparent adhesive container 10 of the pest capture module 30 by efficiently attracting pests by emitting light to the outside through openings in the upper and lower parts. It is to allow pests to be captured in the adhesive layer 12 formed on the surface.

The reflective shade part 60 is for blocking visual disgust due to the debris of pests captured in the adhesive transparent container 10 and reflecting the illumination of the pest capture lighting module 30, and the reflective shade part 60 The interior is formed of thin-plate stainless steel, aluminum, silver paper, etc., and the exterior is composed of fabrics and paints that can be harmonized with the exterior interior, and the shape is the location and location of the pest trapping tran 100. Accordingly, it can be formed in a variety of trapezoidal cylindrical shape, cylindrical shape, polygonal cylindrical shape, hemispherical shape, and the like.

The reflective shade part 60 includes an upper opening 61, a lower opening 62, an upper ring 63, a lower ring 64, a connecting rod 65, a connection fixing ring 66, and an inner It is composed of a side reflector 67 and an outer reflector 68.

The upper opening 61 is an opening formed on the upper part of the reflective shade part 60 of a cylindrical trapezoidal shape having a stable design having an upper diameter less than the diameter of the lower part, and the pest attraction lamp 33 of the pest capture lighting module 30 ) To the upper side to attract pests in the upper direction.

The lower opening 62 serves to attract pests in the lower direction by radiating the illumination of the pest attraction lamp 33 of the pest capture lighting module 30 downward.

The upper ring 63 is formed of a round bar or plate and is provided in a circular or polygonal shape, and maintains the shape of the upper opening 61, and the upper part of the inner reflector 67 and the outer reflector 68 It is to make the finish of the noodles beautiful.

The lower ring 64 is formed of a round bar or plate and is provided in a circular or polygonal shape, and maintains the shape of the upper opening 61, and the lower part of the inner reflector 67 and the outer reflector 68 It is to make the finish of the noodles beautiful

The upper ring 63 and the lower ring 64 may be made of a round bar or plate having sufficient strength to maintain the shape of the reflector part 60, but stainless steel, which is a corrosion-resistant material, to prevent rust due to moisture, etc. B. It must be made of a non-ferrous alloy or a material coated with steel powder.

The connecting rod 65 is connected to the lower ring 64 and the coupling member 70 provided on the support 41 of the pedestal 40 to support and fix the reflective shade portion 60.

The connecting rod 65 may be made of a round bar or plate material having sufficient strength to support the reflective shade part 60, and a material coated with powder on stainless steel, non-ferrous alloy or iron material to prevent rust due to moisture, etc. Can be used, and the number of connecting rods should be installed at least 3 so that the safety of the center of gravity is maintained.

The connecting rod 65 is manufactured to form a washer-shaped fixing ring 66 having a through hole formed in the center so that the lower ring 64 can be easily attached and detached from the coupling member 70 to form a bolt nut-shaped coupling member. It is preferable to be coupled, and the connecting rod side should be made 5 degrees higher in the horizontal plane than the coupling member side so that deformation of the reflector part 60 does not occur even with external force on the upper surface.

The connection fixing ring 66 is fused to the central portion of the radially gathering of three or more connection rods 65 so that the connection rod 65 can be fixed to the coupling member 70, and the male screw portion 71 of the coupling member 70 ) Is concave and fixed, so that the reflective shade part 60 is supported.

In the inner reflector 67, the illumination of the pest attraction lamp 33 of the pest capture lighting module 30 is not illuminated in all directions, and the illumination is radiated to the outside through the openings 61 and 62 at the top and bottom. As possible to reflect the light of the pest attraction lamp, it is preferable to use a material such as stainless steel having a smooth surface, aluminum, polycarbonate, PET, etc. that has been transferred to light reflection.

It is preferable that the inner reflector 68, the upper ring 63, and the lower ring 64 are connected by a welding method such as pressure welding.

The outer reflective shade 68 is preferably made with an elegant finish such as high-quality fabric or molded synthetic resin for an external aesthetic feeling, and the outer shade 68 of various materials of various shapes used in the prior art is used. It can be.

The coupling member 70 is provided in the inner space of the lower opening 62 of the reflective shade portion 60 to support the reflective shade portion 60 to the pest capture portion 50.

The coupling member 70 is composed of a male screw portion 71, a female screw portion 72, and a reflective shade support protrusion 73.

The male screw part 71 is fused to the outside of the light bulb socket 42 of the pedestal 40 or inserted and fixed as an assembly member, and the connecting rod 65 of the reflective shade part 60 is fused to the central part where radially gathering. The connection fixing ring 66 is inserted and fixed by the female threaded portion 72,

The reflective shade support protrusion 73 serves to prevent the connection fixing ring 66 inserted in the male screw from being separated from the bottom.

Referring to Figure 5, as another embodiment of the present invention,

The reflector (60) is not fixed to the pedestal (40) to support it, and a separate light bulb socket (34) and a coupling part (35) are further provided to the pest capture module (30) to couple the reflector to the indoor An economical pest trap that reduces the cost of the pedestal 40 and the support 41 is implemented by independently installing and installing in an outlet at the top of the wall or at the bottom of the paddy body where the indoor life movement is not frequent. It could be.

In addition, the light bulb socket 34 of the pest capture lighting module 30 is provided with a'-shape' type or'a-shape' type plug attached to the electric outlet installed on the wall, or the light bulb socket installed on the ceiling Separate trapezoidal cylinder shape, cylinder shape, polygonal cylinder shape, hemispherical shape in order to prevent visual disgust of the bonds captured in the adhesive transparent container of the pest capture trap that combines the light bulb socket 34 of the pest capture lighting module 30 It is possible to further include a reflective shade and a coupling member such as shape.

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 this patent scope.

100: Gradually transparent container pest trap
10: adhesive transparent container
11: transparent container 11a: body 11b: opening 11c: bending frame 11d: locking jaw
12: adhesive layer 12a: body adhesive layer 12b: upper adhesive layer
13: release paper 13a: body surface release paper 13b: upper surface release paper
13c: protruding part of the upper surface peeling edge
20: manufacturing method
S1: Start S2: Transparent container manufacturing step S3: Transparent container adhesive layer forming step
S4: step of forming a transparent adhesive container release paper S5: end
Sa: Conveyor transfer method Sb: Exclusive container rotation method
30: pest capture lighting module
31: adhesive transparent container cover 31a: through hole 31b: pinch groove
32: support plate 32a: through hole 32b: protrusion 32c: cover opening and closing ring
33: pest attraction lamp 33a: light emitting portion 33b: round male screw portion
33c: built-in ballast
34: light bulb socket 34b: round male thread 35c:: round female thread
35: coupling portion 35a: through hole 35b: bolt-shaped male thread
35c: nut-shaped female thread
35d: rubber ring 35e: locking jaw
36: Cap-type handle for detachment and attachment
40: base 41: support 42: light bulb socket
43: power supply unit 44: power supply hole
50: Pest capture department
60: reflective shade
61: upper opening 62; Lower opening 63: upper ring 64: lower ring
65: connecting rod 66: connection fixing ring 67: inner reflector
68: external reflector
70: coupling member
71: male thread 72: female thread 73: reflective shade support protrusion

Claims (13)

A transparent container in which an opening is formed at a lower portion of one side and a cup made of a transparent material having a bent frame is formed so as to maintain the circular shape of the opening;
An adhesive layer coated with an adhesive material on the entire outer surface of the transparent container;
A transparent adhesive container comprising: a release paper formed on the upper surface of the adhesive layer to protect the adhesive layer and to be removed when in use.
The method of claim 1,
The color of the transparent adhesive container is provided with a variety of transparent colors so that the color that can attract pests can be selected and used, and the material is polyethylene terephthalate (PET), polycarbonate (PC) with excellent rigidity and heat resistance, and excellent heat resistance. A transparent container comprising a plastic synthetic resin, wherein the shape includes a transparent cup shape and a cylindrical shape and a polygonal cylinder shape. A transparent container manufacturing step of manufacturing the transparent container by injection molding or extrusion molding of polyethylene terephthalate (PET);
An adhesive layer forming step of forming an adhesive layer by applying an adhesive material to the entire outer surface of the transparent container;
Includes; a release paper forming step of forming a release paper protecting the adhesive layer on the upper surface of the adhesive layer,
The adhesive layer forming step is divided into a conveyor transport method and a dedicated container rotation method, wherein the conveyor transport method includes an initial step of fixing a plurality of transparent containers to a fixed frame by being spaced apart at regular intervals so that the openings are located at the bottom; An intermediate step of applying a commercially available insecticidal adhesive material that maintains fluidity at room temperature on the entire outer surface of the plurality of transparent containers with a compressed air spray nozzle in a radial position at room temperature (23°C); A finishing step of aging the transparent container adhesive layer in a low-temperature compartment lower than room temperature to within 5°C to 10°C so that the viscosity and adhesion of the adhesive material applied to the entire outer surface of the plurality of outer surfaces increase.
The exclusive container rotation method is a method of rotating the exclusive container fixing frame provided with a rectangular cylindrical fixing frame that is sealed with a stopper by forming a plurality of circular openings on the upper part of the exclusive container, and maintains fluidity at room temperature (23℃). The commercialized insectivorous adhesive material is stored inside the dedicated container fixing frame, and a horizontal surface of the adhesive material solution is formed to be spaced apart from the bottom of the plurality of transparent containers at regular intervals, and the plurality of transparent containers are provided with the opening at the top. An initial step of concave the body of the transparent container into the container fixing frame and supported by a bent frame to seal and fix it with a stopper; The entire outer surface of the transparent container is immersed in the adhesive material using the volume change of the exclusive container and the gravity of the fluid adhesive material by rotating the exclusive container fixing frame 360 degrees, and then the adhesive material is applied by being exposed to the upper horizontal surface of the adhesive material solution. Step and; An intermediate second step of removing the remaining adhesive substances applied to the outer surfaces of the plurality of transparent containers by free fall by gravity; An intermediate third step of separating the plurality of transparent containers coated with the adhesive material from the dedicated container fixing frame and fixing the plurality of transparent containers to the transfer fixing frame so that the openings of the plurality of transparent containers are positioned below; A finishing step of aging the transparent container adhesive layer in a low-temperature compartment lower than room temperature within 5°C to 10°C so as to increase the viscosity and adhesion of the adhesive material applied to the entire outer surface of the plurality of outer surfaces. Transparent container, its manufacturing method. According to claim 3
The dedicated container fixing frame is rotated 360 degrees by fixing the bent frame formed in the opening of the transparent container to the dedicated container fixing frame and sealing it so that adhesive substances do not leak out using a rotary stopper or a pressurized tool, and the dedicated container fixing frame is 1 Transparent adhesive container, characterized in that more than one, manufacturing method thereof According to claim 3
In the release paper forming step, the body surface release paper is manufactured in a fan shape in which the outer surface of the circular adhesive transparent container is developed, and the bent frame of the opening of the transparent adhesive container prepared in the adhesive layer forming step is attached to the outermost linear shape of the floating body. A transparent adhesive container, characterized in that the transparent adhesive container is rotated along a groove formed adjacent to each other to attach the body surface peeling paper. A pest capture unit including a support, a support extending from the support, and a pest capture lighting module installed at one end of the support;
Openings are formed in the upper and lower portions to accommodate the pest trapping lighting module, and when the pest trapping module is turned on, the inner surface is made of an illumination reflective material, and a circular trapezoidal tubular shape that radiates illumination through the openings at the top and bottom The reflection shade of the;
And a coupling member provided in an inner space of an opening under the reflective shade part, the reflective shade part being supported and fixed to the pest trapping part,

The pest capture lighting module
A transparent adhesive container in which an opening is formed in a lower portion of one side, and a cup made of a transparent material in which a bent frame is formed by folding the lower end of the transparent container in an annular shape in an outward direction so that the circular shape can be maintained;
In order to attach and detach the bent frame formed in the opening of the transparent adhesive container, repetitive unevenness is formed on the rim of the annular lid shape, and a pinch groove having elasticity is provided, opening and closing at the bottom of the transparent adhesive container, and a through hole is formed in the center. With a cover;
A gourd flat-shaped support plate supporting the transparent adhesive container and having a protrusion formed on a part of the circumferential surface of the disk on which the cover separation ring for opening and closing the cover is installed, and having a through hole in the center thereof;
A pest attraction lamp accommodated in the transparent adhesive container and installed in a vertical direction;
A light bulb socket to which the pest attraction lamp is fastened with a round screw type;
Consisting of; a through-hole using a through hole in the central portion of the cover portion and the support plate, and a through-type bolt and nut-type coupling portion in the central portion into which a rubber ring for fixing the light bulb socket is inserted;

The transparent adhesive container is concave to the vertical outer circumferential surface of the top of the transparent adhesive container and is installed to prevent contamination of adhesive substances on the body during installation and separation of the transparent adhesive container. ; A transparent adhesive container, characterized in that it consists of, a method for manufacturing the same, and a pest trap using the same. The method of claim 6,
The pest attraction lamp is an adhesive transparent container, characterized in that it is composed of at least one of a three-wavelength lamp including an ultraviolet (UV) lamp with high efficiency in attracting pests, a five-wavelength lamp, and an RGB color LED combination lamp Method and pest trap using the same.
The method of claim 6,
The support plate is a transparent adhesive container, characterized in that it can be used by selecting a color that can attract pests by having a variety of transparent colors, its manufacturing method, and a pest trap using the same. The method of claim 6,
The material of the handle is concave in the upper part of the transparent adhesive container and attached to the adhesive layer of the transparent adhesive container, so that the light bulb socket connected to the transparent adhesive container is rotated so that it can be easily detached from the power supply bulb socket. Self-adhesive transparent container, characterized in that it contains elastic silicone, polyethylene terephthalate (PET), and plastic synthetic resin, which has elasticity and rigidity, and the shape is a sunflower flat cap shape capable of high frictional force of rotational force. Method and pest trap using the same. The method of claim 6,
The coupling part of the pest capture lighting module is a bolt and nut type in which a through hole is formed in the central part, and the light bulb socket to which the pest attraction lamp of the pest capture lighting module is fastened is concave and fixed in the through hole in the center. A rubber ring shape, which is a material such as natural rubber and silicone, which has elasticity and elasticity, is inserted and installed, and the through hole in the center of the adhesive transparent container cover and the support plate is concave and fixed at the threaded joint of the screwed bolt and nut. A transparent adhesive container, characterized in that it is composed of a flame-retardant plastic synthetic resin, which is a material having heat resistance and flame retardancy, and a method of manufacturing the same, and a pest trap using the same. The method of claim 6,
The reflective shade part is for blocking visual disgust due to the debris of pests trapped in the adhesive transparent container and reflecting the illumination of the pest trapping lighting module, and the inside of the reflective shade part is made of thin-plate stainless steel, aluminum, silver foil, etc. It is formed, and the exterior is composed of fabrics and paints that can be harmonized with the exterior interior, but the shape is a trapezoidal cylinder shape, a cylinder shape, a polygonal cylinder shape, a hemispherical shape, etc., depending on the location and location of the pest trapping tran. A transparent adhesive container, characterized in that it can be formed in a variety of ways, a method of manufacturing the same, and a pest trap using the same. The method of claim 6,
A light bulb socket with a'-shape'or'a' type plug is provided to the electric outlet installed on the wall, and the light bulb socket of the pest trapping light module is connected, or the light bulb socket of the pest trapping light module is attached to the light bulb socket installed on the ceiling. In order to prevent the visual disgust of the bonds captured in the adhesive transparent container of the pest trap to be combined, a separate trapezoidal cylinder shape, a cylindrical shape, a polygonal cylinder shape, a hemispherical shape, etc. A transparent adhesive container, a method for manufacturing the same, and a pest trap using the same. The method of claim 1 and 6
Above the transparent adhesive container, a digital thermometer capable of measuring the internal temperature of the transparent adhesive container for maintaining the temperature at which pests on the surface of the transparent adhesive container are efficiently introduced and trapped, and a temperature control inside the transparent adhesive container A transparent adhesive container, a method of manufacturing the same, and a trap for trapping pests using the same, characterized in that it may further include a vent valve capable of controlling the airflow of the convection phenomenon.

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