KR20080014946A - Vaporizer of expellant for beekeeping - Google Patents

Abstract

A dispersion vaporizer system for formic acid expellant for exterminating harmful insects is provided to prevent the expellant from flowing into a honeycomb in a liquid state, to allow diffusion of the vaporized expellant via convection, and to facilitate beekeeping. A dispersion vaporizer system for formic acid expellant for exterminating harmful insects comprises: an expellant container(500) formed of a plastic material; an absorbent(910) formed of a non-woven fabric and received into the expellent container; a drug pack formed of a polyester film and receiving any one of a sterilizer, insecticide and a mixture of sterilizer with insecticide and a diluting solvent, individually in a desired ratio, without any degradation of the active expellent; and an outer pack for mixing the solution contained in the drug pack, wherein the expellent received into the drug pack is injected into the expellent container while being mixed in the outer pack.

Description

Vaporizer of Expellant for Beekeeping

1 is an exploded perspective view of a conventional pest control vaporizer;

Figure 2 is a perspective view of the beekeeping small box equipped with a pesticide vaporizer according to an embodiment of the present invention,

3 is a cross-sectional view taken in the A-A direction in a state in which the beekeeping small box shown in FIG.

Figure 4 is a perspective view of the pest control container separated from the pest control vaporizer provided in accordance with an embodiment of the present invention,

5 is a view showing a bag containing a pest control agent to be put in the pest control container shown in FIG.

6 is a cross-sectional view showing a small box for beekeeping equipped with a pesticide vaporizer according to another embodiment of the present invention,

7 is a cross-sectional view showing a beekeeping small box equipped with a pesticide vaporizer according to another embodiment of the present invention,

8 is a perspective view showing an example of a dispersion plate according to the present invention.

*** Explanation of symbols for the main parts of the drawing ***

100: cover 200: diffusion guide plate

210: fixing hole 300: carburetor lid

310: spacer 311: fixing protrusion

320: diffusion control 330: diffusion control door

331: handle 400: carburetor

410: vent 413: air inlet

110, 420, 630: accommodation space

430: lid support 500: relief container

600: honeycomb enclosure 610: holder

620: honeycomb 640, 710: doorway

650: support leg 700: small body

800: pharmaceutical packaging pack 900: interior materials

910: absorbent 920: mesh

The present invention relates to a pesticide vaporizer, and in particular, the pest control agent having a strong acidity prevents direct contact with the honeycomb and has a structure that allows timely control of convection in a bee bed without damage to bees or larvae. The present invention relates to a formic acid formic acid dispersant vaporizer for exterminating pests to obtain more honey.

In general, the beekeeping industry refers to the specification of bees in order to produce honey and beeswax. In recent years, beeswax, pollen and bee venom poisons The production sector is diversified from the production of Hungbong, or Hungbong, to the Jongbong Life Industry, Queen Bee Life Industry, Rental Beekeeping, or Planned Beekeeping Beekeeping.

In addition, the beekeeping industry is a business that gives new economic value by collecting bees and pollen from flowers using bees (natural resources), sweeteners that can replace sugar, and health care ( Its value is very important in that it is used as a medicinal and nutritional supplement, used as an industrial and cosmetic raw material, and increasing the fruiting rate of crops as pollen mediators.

On the other hand, the pests that hinder their productivity in the beekeeping industry include the vararroa jacobsoni and the Tropilaelaps clareae. These mites are parasitic on the body of bees and their larvae. It sucks the fluid and further hatches in the body of the bee larva. As a result, the population increases exponentially, and the forces of the Bong-gun are drastically reduced. Ultimately, these pests are causing enormous damage to the bee farms. Therefore, in order to reduce such damage, beekeepers are focusing on eradicating pests of bees using various pest control agents.

In particular, formic acid (also known as formic acid) is a natural acid obtained by distilling ants or extracted from plants such as nettles, as an eco-friendly pest control agent with no residual toxicity and no problem of drug resistance. Interfere with the breath of the mite to destroy it. On the other hand, because formic acid is a strong acid, there is a risk of blindness or burns in direct contact with the eyes or the body, so it is inconvenient to work with safety devices such as safety glasses or rubber gloves, and especially formic acid is consumed, that is, in the honeycomb. Problems have been pointed out that bees can be damaged larvae flow down.

Therefore, in general bee farms, formic acid is inconvenient in handling, and a large amount of formic acid is injected into the occluding body in the vaporizer in one operation, but the formic acid injected into the occluder is vaporized in the beehive for a long time. have. In particular, as a solution to the above problems, as a vaporizer that can be injected into the formic acid can be injected in one to two days depending on the weather conditions to eliminate the inconvenience of handling the formic acid, and the lid of the beehive every time during work A technology for 'pest control carburetors' is proposed in Registered Room No. 20-387430 to reduce the hassle of opening and to allow the injection of drugs from outside the hive to save time.

1 is an exploded perspective view of a conventional pest control vaporizer according to the above registration room No. 20-387430, its structure and its function will be described briefly below.

As shown in FIG. 1, the body 1 having a polygonal shape has an upper portion and a side portion integrally formed thereon, and a coupling portion 3 having a hollow shape is formed at an upper portion of the body 1, and is opened at a lower portion thereof. An accommodation space portion (not shown) in which the occluding body 6 may be formed is formed. The diluted formic acid solution is injected into the storage body 6 embedded in the accommodation space, and the formic acid solution thus injected is gradually vaporized in the storage body 6. In addition, the side of the body (1) is provided with a protective net (2) surrounding the body (1) to prevent bees from penetrating the body (1) in response to the smell of formic acid solution. The lower portion of the body (1) has a hollow guide groove 10 in the center, the fixed support plate 7 is formed with a plurality of perforated fixed vent holes (8) formed around the guide groove (10) . On the lower surface of the fixed support plate (7) is a pin guide (18) formed at the edge of the rotary guide ring (16) by a plurality of pins (19) of the rotary guide ring in the form of a hollow hollow center. It is bound and combined with the fixed support plate (7). In addition, a seating groove 17 having a predetermined thickness may be formed around the inner side of the rotary guide ring 16, and the seating groove 17 may have a hollow guide groove of the fixed support plate 7. A rotating disc 13 having a guide protrusion 15 at its center is inserted to be inserted into 17). The rotary disc 13 has a plurality of perforated rotary vents 14, and the guide protrusion 15 formed at the center of the rotary disc 13 is fitted into the guide groove 10 of the fixed support plate 7 to rotate the shaft It serves to have a structure that can be rotated along the seating groove (10). At this time, the perforated plural rotary vents 14 formed on the rotating disc 13 by the rotation is controlled by the area of the perforated area in relation to the plural fixed vents 8 perforated on the fixed support plate 7 The amount of the solution absorbed in the occluded body 6 embedded in the body 1 is vaporized out.

However, according to the conventional pest control vaporizer, the formic acid solution stored in the above-mentioned occluding body is a structure which is vaporized and diffuses into a honeycomb which is placed under it through a vent formed in the lower part thereof. There was a structural problem that the formic acid solution stored in the occluded body flows directly into the honeycomb and may damage the bee or its larvae due to fluctuation of the vaporization temperature due to the injection or change of temperature.

The present invention has been made to solve the above-mentioned problems, the pest control agent stored in the carburetor to flow directly to the honeycomb as a liquid is essentially blocked, so that the vaporized pest control agent can be spread to the honeycomb by convection phenomenon. It is an object of the present invention to provide a formic acid repellent dispersing vaporizer which is provided in a beekeeping small phase having a structure.

In addition, the present invention is that the remedy absorbent material integrated with the mesh is embedded in the remedy container provided in the vaporizer, in particular, the above-mentioned remedy absorbent material is embedded in the remedy container in a state of being layered, so that the air is well between the remedy absorbents described above. Another object is to provide a remedy vaporizer which is provided on a beekeeping bed so as to facilitate the vaporization of the remedy.

In addition, there is another object to provide a remedy vaporizer provided in the beekeeping small phase to be able to see the long-term relief effect by only one injection of the remedy by having a large amount of the remedy container as described above.

In order to achieve the above object, the formic acid formic acid dispersant vaporizer for pest control of the present invention is a control container made of plastic; An absorbent material made of a nonwoven fabric and embedded in the relief container; Pharmaceutical packaging pack made of a polyester film, containing any one of sterilizers, insecticides and a mixture of fungicides and pesticides in a constant ratio, and diluent solvents each divided in a predetermined ratio; remedy in the long-term storage and without destroying active ingredients Including the container for mixing the solution contained in the pharmaceutical packaging pack,

Through the process of mixing the control agent in the pharmaceutical packaging and the disinfectant volatile solvent mixture and the pesticide volatile solvent is mixed in the container to provide a formic acid formic remedies dispersant vaporizer for long-term relief without destroying the active ingredient injected into the remedy barrel.

In the above-described configuration, the formic acid repellent injection vaporizer further comprises a vaporizing base and a lid of the vaporizing base for receiving at least one or more of the rescue container, the vaporizing base is the honeycomb perpendicular to the bottom surface of the vaporizing base A vent pipe inserted therebetween is disposed; In the center of the carburetor lid is preferably a diffusion control door for adjusting the amount of diffusion of the remedy contained in the relief container perforated and the diffusion control door for opening and closing the diffusion control. In addition, the mesh is bonded to at least one side of the absorbent material, it is preferable that the absorbent material is embedded in the relief container in a state of being stacked.

In addition, the formic acid control for dispersant dispersant vaporizer of the present invention is a control container containing a pest control agent; A vaporizing base accommodating at least one salvage container; A lid of the vaporizing base; And a diffusion guide plate placed on the vaporizer lid to guide the vaporized remedy flowing out of the vaporization body toward the honeycomb container placed under the vaporizer.

The vaporization main body is provided with a vent pipe inserted between the honeycomb perpendicular to the bottom surface of the vaporization main body, the air in the vent pipe, which changed the child care temperature of the bee is flat, the lighter air is synergistic action in the carburetor, the center of the carburetor lid A diffusion control device for controlling the diffusion amount of the relief agent contained in the relief container is perforated, and a diffusion control door for opening and closing the diffusion control device is disposed, and a predetermined interval between the diffusion guide plate and the vaporizer cover is provided on the upper surface of the vaporizer cover. Provided is a formic acid control dispersant vaporizer for pest control that the spacer is formed so as to protrude.

In the above-described configuration, the rescue container is embedded with a repellent absorbent material and a mesh bonded to at least one surface of the absorbent material, and the absorbent material is preferably embedded in the rescue container in a state where the absorbent material is stacked. In addition, the disinfectant, insecticide, and any one of a solution in which the fungicide and the pesticide are mixed in a certain ratio, and at least one or more pharmaceutical packaging pack containing the diluting solvent is divided into a predetermined ratio and put in an arbitrary container and mixed, the mixed The remedy is preferably injected into the remedy container.

Hereinafter, with reference to the accompanying drawings will be described in detail for the formic acid formic acid dispersant vaporizer for pest control installed in a small box for beekeeping according to a preferred embodiment of the present invention. However, the formic acid dispersant dispersing vaporizer for insect control according to the present invention is not only limited to beekeeping because it can be used to grow not only a small box for beekeeping but also other insects such as silkworms, and can also be used in homes and offices.

Figure 2 is a perspective view of a beekeeping small box equipped with a formic acid formic acid dispersant vaporizer for pest control according to an embodiment of the present invention, Figure 3 is a cut in the AA direction in a state combined with the beekeeping box shown in Figure 2 This is a sectional view.

As shown in Figures 2 and 3, the beekeeper small box (hereinafter referred to as "small box") is a honeycomb enclosure 600, the honeycomb 620 is accommodated, and the small body to accommodate the honeycomb enclosure 600 700, and the cover 100 of the small body body 700 is made, characterized in that it further comprises a formic acid formic acid dispersant vaporizer for pest control placed on the honeycomb housing (600). Here, the formic acid formic acid dispersant dispersing vaporizer (hereinafter referred to as the 'vaporizer') for pest control according to the present invention is a pest control box containing a pest control (hereinafter referred to as 'remedy') (hereinafter referred to as 'control box') 500; A vaporizing base body 400 for receiving at least one salvage container 500 therein; A lid 300 of the vaporizing base 400; It comprises a diffusion induction plate 200 which is placed on the vaporizer lid 300 to guide the vaporized remedy flowing out of the vaporization body 400 toward the honeycomb enclosure 600 under the vaporizer.

In the above-described configuration, at the lower end of the small body 700, an entrance 710 through which the bee enters and exits the small body 700 is perforated, and a lower end of the honeycomb enclosure 600 is connected to the entrance 710. Edo entrance 640 is to be perforated. The holder 610 of the honeycomb 620 protrudes from the inner circumference of the honeycomb enclosure 600, and the support leg 650 protrudes from the rear corner thereof.

The vaporization main body 400 has a relief container 500 built-in, the lower outer surface in place the vent pipe 410 is disposed so as to be perpendicular to the bottom surface of the vaporization main body 400, the carburetor lid 300 around the upper inner surface The lid rest 430 is seated is formed. Here, the vaporization base 400 is placed on the honeycomb 620, according to the vent pipe 410 is inserted between the honeycomb 620, as shown in Figure 3 and the end is on the bottom surface of the honeycomb enclosure 600 It is preferable not to touch. In addition, it is preferable that the material of the vent pipe 410 is PVC or a metal material.

In the center of the carburetor lid 300 is a diffusion control mechanism 320 for controlling the diffusion amount of the remedy built in the vaporization base body 400, the diffusion control door 330 to open and close the diffusion control mechanism 320 Is disposed, the upper surface of the diffusion control door 330 is a handle 331 for easy opening and closing it is formed. Here, the opening and closing structure for the diffusion control is illustrated in the form of the diffusion control door 330 is inserted into the carburetor lid 300, but is not limited thereto, but may be implemented in various ways such as a hinge structure. . In addition, a protrusion-shaped spacer 310 is formed at the upper edge of the vaporizer lid 300 so as to form a predetermined gap between the diffusion induction plate 200 and the vaporizer lid 300. The diffusion guide plate 200 is mounted on the 310 to be fixed. Thus, in order for the diffusion induction plate 200 to be fixed to the vaporizer cap 300, a fixing protrusion 311 is formed to fix the diffusion induction plate 200 on the spacer 310, the top of the diffusion induction plate 200 The fixing hole 210 into which the fixing protrusion 311 is fitted is drilled at the edge. In addition, it is preferable that the non-woven fabric or wire mesh is installed in the diffusion control port 320 or the air inlet 413 of the vent pipe 410 to prevent the bee from being introduced into the vaporization base body 400 through this. In addition, it is preferable that the material of the relief container 500 is plastic.

Next, referring to FIG. 3, the process of spreading the remedy in the vaporizer toward the honeycomb beneath it will be described.

When the small body body 700 is sealed by the cover 100, a hole through which air can be vented in the small box is possible through the entrances 720 and 640 which are perforated at the bottom of the small box. In addition, the honeycomb nestled at a position higher than the accommodation space 630, which is kept in the accommodation space 630, honeycomb 620, child care temperature 33 ℃ -35 ℃ of the honey bees due to the active parenting activity of the bees in the honeycomb housing (600) ( 620) The air flowing from the air inlet 413 of the vent pipe 410 connected to the upper installed vaporization base bond 400 is the vent pipe 410, the air rising up into the vent pipe 410 lightened by the air-changing temperature transferred to the air vaporization base bond Through the diffusion control mechanism 320 is formed higher than the relief container accommodation space 420 in 400 to allow the air circulation in the small box. In addition, warm air around the honeycomb 620 is introduced into the evaporation main body 400 through the vent pipe 410 as a passage due to the above-described raising of the parenting temperature, which is the vaporization action of the remedy of the remedy container 500 And promote diffusion. On the other hand, the remedy vaporized in the vaporizing base 400 is released from the vaporizing base 400 through the diffusion control mechanism 320, the remedy that has exited the diffusion control mechanism 320 in the diffusion guide plate 200 The direction of propagation is thereby induced laterally, in particular by the convection in the small box, which spreads towards the honeycomb 620 under the vaporizer.

On the other hand, Figure 4 is a perspective view to separate the pest control container provided in the formic acid control formic acid dispersant vaporizer for pest control according to an embodiment of the present invention.

As shown in FIG. 4, the salvage container 500 includes at least one interior material 900 in which a salvage absorbent 910 and a mesh 920 adhered to one surface of the absorbent 910 are integrally formed. Here, the interior material 900 is laid on the relief container 500 in the form of a sheet plate (900a), the other one is dried in the form of a rectangular cloth (900b), that is, the absorbent material by the mesh (920) ( 910 is preferably filled in the relief container 500 in a layered state. In addition, it is preferable that the material of the absorber 910 is a nonwoven fabric, and the material of the mesh 920 is PVC.

Accordingly, the vaporization rate of the remedy is proportional to the area in contact with the air, and the mesh 920 is integrated with the absorbent 910 such that the absorbent 910 is inserted into the remedy container 500 in which a predetermined portion is blocked from the air. If so, it is to have a function to facilitate the vaporization of the remedy by making the air through the absorber 910 well. This function will be even more effective when the mesh 920 is bonded to both sides of the absorbent material (910). In addition, as the number of remedy containers 500 provided in the vaporizing base 400 increases, insecticide volatile solvent mixtures and fungicide volatile solvent mixtures and formic acid volatile solvent mixtures can be used to control pests or bacteria without destroying the active ingredients injected. The period will also increase. That is, even a single injection of the remedy will be able to see the long-term relief effect than in the conventional vaporizer structure. Furthermore, by adjusting the degree of diffusion of the remedy through the diffusion control device 320, the period of time to see the remedy effect can be further increased.

In addition, the remedy to be injected into the remedy container 500 is used to dilute any of the fungicides, pesticides and solutions mixed in a certain ratio (hereinafter referred to as 'remedy solution'), and those toxic fungicides or pesticides It is preferable that the solution is made by mixing the volatile solvent in an appropriate ratio, wherein the insecticide is formic acid, the fungicide is preferably antibiotic, and the ratio of the volatile solvent is preferably 60%.

5 is a view showing a bag containing a pest control agent to be put in the pest control container shown in FIG.

As shown in FIG. 5, the pharmaceutical packaging pack 800 contains the relief solution and the volatile solvents of the relief solution separated by a predetermined ratio, respectively, and the relief solution is contained in the space indicated by reference numeral 810. In the space indicated by 820, a volatile solvent is contained. On the other hand, to briefly explain the manufacturing process and the use example of the pharmaceutical packaging pack 800, first, by separating the space of the pharmaceutical packaging pack 800 into two spaces by the 'thermal compression' process, these spaces (810, 820), respectively, contains a relief solution (sterilizer or insecticide) and a volatile solvent, and then seals the inlet of the solution by 'thermal compression' as before. That is, according to the pharmaceutical packaging pack 800 prepared in this way, when re-injecting the remedy to the remedy container 500, there is an effect that is very easy in mixing each solution that is the composition of the remedy to the ratio. For example, folding the partitioned medicine packaging pack 800, cut the thermocompression-compression part with scissors, and then put it in a separately prepared mixing bag 830 and shaken, and the remedy solution and the volatile solvent are properly mixed, and the mixed remedy What is to be injected into the remedy container (500). On the other hand, the material of the pharmaceutical packaging pack 800 will be preferably a polyester film. By using the pharmaceutical packaging pack 800, the salvage solution and the volatile solvent are separated and stored to enable long-term storage without destroying the active ingredient.

Subsequently, Figure 6 is a cross-sectional view showing a formic acid formic acid dispersant vaporizer for pest control according to another embodiment of the present invention. As shown, the vaporizer according to the present embodiment is substantially the same as the vaporizer and the configuration of the embodiment described in Figs. 2 to 5, but only the blower 430 and the hot wire 440 at the inlet of the vent pipe 410 The installation point is different. That is, the vaporizer of the above-described embodiment is to promote the vaporization and diffusion of the remedy by using heat generated by the germination temperature of the bees inhabiting the honeycomb container 600. Therefore, the carburetor using only such a parenting temperature has a limit to quickly spread the remedy.

In this embodiment, the blower 430 and the heating wire 440 are respectively installed at the inlet of the vent pipe 410 connected to the vaporization main body 400 so as to quickly exterminate the pest regardless of the change in the natural condition. When power is supplied to the blower 430 and the heating wire 440, the air of a high temperature is forcibly blown into the vaporization base body 400 to promote the vaporization and diffusion of the remedy. At this time, the blower 400 is installed in the honeycomb enclosure 600 to prevent cold air from flowing into the vaporization base 400. In addition, the vent pipe 410 has a space between the neighboring honeycombs 620 and a detachable-combinable structure to facilitate installation toward the entrance 640 of the honeycomb enclosure 600. For example, the vent pipe 410 is formed by forcibly connecting a plurality of PVC or metal pipes of different shapes and lengths.

Meanwhile, in FIG. 6, the blower 430 is installed on the bottom surface of the honeycomb enclosure 600, and the vent pipe 410 is connected to the blower 430 by passing through a space between neighboring honeycombs 620. As described above, in some cases, as illustrated by a dotted line in FIG. 7, the blower 430 may be installed on one side of the vaporization main body 400, that is, the upper portion of the honeycomb 620. At this time, the vent pipe 410 extends horizontally from the vaporization base body 400 is connected to the blower 430, the heating wire 440 is installed inside the vent pipe 401.

 And, Figure 7 is a cross-sectional view showing another embodiment of the formic acid formic acid dispersant vaporizer for pest control according to the present invention. As shown, the vaporizer according to the present invention, the honeycomb 620 is directly connected to the vaporization main body 400 so as to directly disperse the repellent volatilizing inside the vaporization main body 400 in the larva rod opening breathing inlet ( It characterized in that it comprises one or more distribution plate 550 is installed perpendicular to the space between the 620.

Referring to FIGS. 7 and 8, the spray plate 550 has a dispersion bag 552 having a size that can be installed in a space between neighboring honeycombs 620, and an outer surface of the dispersion bag 552. It consists of a wire mesh 554 to be installed. And the upper end of the dispersion bag 552 is formed integrally connected to the vaporization base 400 and the connection pipe 556, a plurality of holes 553 in the dispersion bag 552 so that the remedy can be discharged. It is perforated. The wire mesh 554 is installed to be spaced apart from the outer surface of the dispersion bag 552 by a predetermined distance to prevent the bee having the characteristic of filling the holes 553 of the spray bag 552.

The carburetor according to the present embodiment, since the remedy is directly injected into the honeycomb 620, the insect repellent respirator, the remedy is not only fast, but also can prevent the waste of the remedy. And the vaporizer according to the present embodiment by using the blower 430 and the heating wire 440 installed at the tip of the vent pipe 410 to promote the vaporization and diffusion of the remedy, or instead of using the vent pipe 410 or blower 430 It is also possible to promote the vaporization and diffusion of the remedy with only the volatile solvent by adding a large amount of volatile solvent inside the vaporization base 400. At this time, it is required to seal the diffusion control door 330 installed in the vaporizer lid 300 so that the volatilized relief agent is discharged to the injection plate 550. To this end, the diffusion control door 330 preferably has a structure capable of maintaining airtight by adopting a screw fastening or hook coupling method.

While various embodiments of the formic acid formic acid control dispersant vaporizer according to the present invention have been described above, the scope of the present invention is not limited to the above-described embodiments, and various modifications are made within the range permitted by the technical idea of the present invention. You can do it.

According to the formic acid control agent dispersed vaporizer for insect control of the present invention as described above, because the control agent in the vaporizer is dispersed by dispersing at a low concentration, there is an effect that can be used safely. In addition, the remedy absorbent material integrated with the mesh is embedded in the remedy container provided in the vaporizer, and in particular, by allowing the above-mentioned remedy absorbent material to be embedded in the remedy container in a state of being layered, the air passes through the above-mentioned remedy absorbents so that the remedy There is an effect that the vaporization of is more promoted. Furthermore, by providing a vent pipe through which the warm air is introduced into the carburetor by the honeycomb granulation temperature divergence, there is an effect of further promoting the vaporization and diffusion of the remedy provided in the carburetor. In addition, by providing a large amount of the remedy container as described above, it is possible to see the long-term relief effect by only one injection of the remedy. In addition, by forcibly blowing the air heated by the heating wire into the vaporization base body, it is possible to quickly vaporize the remedy regardless of the external environmental conditions.

Claims (8)

Remedy containers made of plastic; An absorbent material made of a nonwoven fabric and embedded in the relief container; Pharmaceutical packaging pack made of a polyester film, which is a long-term storage without disinfectant, pesticide and any one of a solution in which a fungicide and pesticide mixed in a predetermined ratio, and diluent solvent is divided into a predetermined ratio and stored in the active ingredient; And including a mixed outer bag for mixing the solution contained in the pharmaceutical packaging pack, A formic acid formic acid dispersant vaporizer for pest control is injected into the remedy container through the process of mixing the remedy contained in the pharmaceutical packaging pack in the mixed outer bag. The method of claim 1, Further comprising a vaporizing base and a lid of the vaporizing base for receiving at least one salvage container, The vaporization main body is arranged with a vent pipe inserted between the honeycomb perpendicular to the bottom surface of the vaporization main body, the warm air is raised in the carburetor by the bee raising temperature, and the ventilator is promoted by the vaporization of the remedy, and in the center of the carburetor lid Diffusion control device for adjusting the diffusion amount of the remedy contained in the perforated and the diffusion control door for opening and closing the diffusion control device is disposed, The upper absorbent and the mesh installed in the bottom of the remedy canister and the mesh are layered in the state of being built in the remedy canister and the net air is promoted by a warm air passage in which the relief area is extended. A formic acid formic acid dispersant vaporizer for pest control, characterized in that the long-term relief without destroying the active ingredient by injecting each of the remedies in the absorbent embedded in the remedy container in a state in which the absorbent material is stacked, such as the mesh. Extermination containers containing pest control agents; A vaporizing base accommodating at least one salvage container; A lid of the vaporizing base; And a diffusion guide plate placed on the vaporizer lid to guide the vaporized remedy flowing out of the vaporization body toward the honeycomb container placed under the vaporizer. The vaporization main body is arranged with a vent pipe inserted between the honeycomb perpendicular to the bottom surface of the vaporization main body, the diffusion control for adjusting the diffusion amount of the remedy contained in the relief container in the center of the vaporizer lid perforated and the diffusion The diffusion control door for opening and closing the control opening is disposed, the formic acid control agent dispersing vaporizer for pest control is formed on the top surface of the carburetor lid is a spacer protruding to form a predetermined gap between the diffusion guide plate and the carburetor lid. The method of claim 3, wherein The remedy barrel is provided with a repellent absorbent and a mesh bonded to at least one side of the absorbent, A formic acid formic acid dispersant vaporizer for pest control, characterized in that the absorbent material is embedded in the control container in a state of overlapping. The method according to any one of claims 3 and 4, Disinfect one or more of the disinfectant, insecticide and the solution of the disinfectant and insecticide in a certain ratio, and at least one or more pharmaceutical packaging packs containing the diluting solvent in a predetermined ratio, and mix them in a mixed outer bag, The formic acid control for dispersing formic acid dispersant vaporizer, characterized in that the mixed control agent is injected into the control container. The method of claim 2 or 3, Dispersion of formic acid for pest control, characterized in that for installing a blower for forcibly blowing the air inside the honeycomb enclosure at the inlet of the vent pipe, the heating wire that generates heat when the power is applied to the inside of the vent pipe adjacent to the blower carburetor. Extermination containers containing pest control agents; It comprises a vaporizing base for accommodating at least one or more of the relief container, The remedy container has a repellent absorbent and a mesh bonded to at least one surface of the absorbent are wound and embedded in a roll form, The vaporization main body is provided with a vent pipe extending horizontally from the vaporization base body, the inlet of the ventilator is a pest characterized in that the installation of a blower for forcibly blowing air inside the honeycomb enclosure and a heating wire that generates heat when power is applied Remedy formic acid dispersant vaporizer. The method according to any one of claims 2, 3 or 7, On the lower or side of the vaporizing base, one or more distribution plates are installed in the space between the honeycomb so as to directly disperse the remedy to the honeycomb, The dispersion plate is composed of a dispersion bag having a size that can be installed in the space between the honeycomb, and a wire mesh spaced a predetermined distance apart from the outer surface of the dispersion bag, The upper end of the dispersion bag is integrally formed with a connecting tube connected to the vaporization base body, the dispersion bag for formic acid formic acid repellent dispersant for pest control, characterized in that a plurality of holes perforated to disperse the remedy.

Images