KR20170053275A

KR20170053275A - Wasp trapping device

Info

Publication number: KR20170053275A
Application number: KR1020150155558A
Authority: KR
Inventors: 오승재; 오주아
Original assignee: 오승재; 오주아
Priority date: 2015-11-06
Filing date: 2015-11-06
Publication date: 2017-05-16
Also published as: KR101799771B1

Abstract

Provided is a wasp capture device comprising: a filling container in which attractants are filled so that wasps are attracted and are collected and captured without releasing any one of captured wasps while other insects larger than wasps are not allowed to enter; an introduction member whose lower portion is coupled to an upper end of the filling container, and having a plurality of inlets to allow only honeybees to escape after wasps and honeybees are introduced thereinto and to primarily capture wasps; a capture member whose lower end is coupled to an upper portion of the introduction member, and having a capture member provided with a capture passage formed therein coupled thereto to secondarily capture wasps and allow honeybees to escape therefrom; and a transparent guide member in which a guide path for guiding the captured wasps for collection is formed on an upper end of the capture member so as to tertiarily capture wasps. Accordingly, the present invention is capable of maximizing the trapping efficiency of wasps and safely and conveniently capturing wasps.

Description

Wasp trapping device

The present invention relates to a wasp trapping apparatus, and more particularly, to a wasp trapping apparatus capable of smoothly capturing as well as attracting a wasp while preventing other insects larger than the wasp from entering and exiting, Or is capable of capturing the wasp.

In general, wasp is a carnivorous insect, and only about 5-10 animals can destroy one physics bee swarm within two hours. Bees attacked by wasps are reduced to be bee or bees that have been damaged by other wasps. Farmers have suffered considerable damage. This phenomenon continues to be repeated from the middle of July to the beginning of October every year, and the beekeeping farmhouse suffers enormous damage.

In order to minimize such damage, various methods of capturing or strangling the wasps have been proposed. In general, there have been proposed methods for installing a mesh at the entrance of the beehive to prevent the relatively large wasp from entering the beehive, It is a method of catching and killing directly with a badminton racket or spraying insecticide and strangling it.

However, this method has a dangerous factor as well as a drawback that it is not so efficient.

In order to solve the above-mentioned problem, as disclosed in Korean Patent Laid-Open No. 10-2002-0021958 (hereinafter referred to as "Prior Art Document 1"), the wasp A technique in which a plurality of pegs are formed on both sides of the body and a cover in which a plurality of pegs are formed on a cover to which a sticky adhesive is applied and a fixing pin formed on a rainwater film is mounted on a fixing groove formed in the cover, .

In addition, as disclosed in Korean Patent No. 10-1052214 (hereinafter referred to as "Prior Art Document 2"), a plurality of wasps are selectively attracted and at the same time, Techniques such as devices have also been proposed.

In addition, as disclosed in Korean Patent Laid-Open No. 10-2013-0140363 (hereinafter referred to as "Prior Art Document 3"), by attracting a wasp as an attractant and placing it in a capture device, it is possible to easily eliminate a wasp threatening a bee Techniques such as cannabis capture devices have also been proposed.

In addition, as disclosed in Korean Utility Model Registration No. 20-0381866 (hereinafter referred to as "Prior Art Document 4"), an insect is captured using an attractant and a light emitting body, To provide materials that can be used as learning materials for research institutes and natural inquiries.

In addition, as disclosed in Korean Utility Model Registration No. 20-0435146 (hereinafter referred to as "Prior Art Document 5"), a wasp which is attracted by the attracting material is placed on the upper part of the cylindrical container filled with the attracting material, Techniques have also been proposed to capture bees from bees by capturing them within beeswax trap networks and thereby protecting bees from wasps.

Korean Patent Publication No. 10-2002-0021958 Korean Patent No. 10-1052214 Korean Patent Publication No. 10-2013-0140363 Korean Registered Utility Model No. 20-0381866 Korean Registered Utility Model No. 20-0435146

However, in the prior art documents 1 to 5, when a wasp is captured and the wasp is taken out from the capturing apparatus in a state of being alive, the wasp trapped in the gap of the open portion often occurs frequently .

In addition, the entrance of the wasps is so wide that other insects, such as moths, are also trapped in addition to the wasps, thereby deteriorating trapping efficiency of the wasps as other captured insects are killed.

In addition, the capturing machine using electricity has a disadvantage in that it is not only proposed to be used in the rain but also inconvenient to the user for safety.

Most of the catching devices using the conventional attracting material have a disadvantage in that the capturing efficiency is significantly reduced because the powder that falls from the wings of the moth after the introduction of the large moths is mixed with the attracting material, I have.

In order to solve the above-mentioned problems of the related art, the main technical object of the present invention is to provide a method of inserting not only insects such as other wasps but also other wasps, And is capable of collecting and / or catching the wasp in an untreated state.

Another technical problem to be solved by the present invention is that bees that are attracted together with wasps can freely escape.

Another technical problem to be solved by the present invention is to make the movement of trapped wasp more smooth and easy.

Technical Solution According to an aspect of the present invention, there is provided a trapping apparatus for trapping wasps using an attractant, the trapping apparatus comprising: An inflow member that is coupled to a lower portion of the upper end of the filling container to form a plurality of inflow ports through which the wasp or bee is infused and then only the bee is inflated to capture the wasp; A catching member coupled to an upper portion of the inflow member and coupled to a lower end of the inflow member, the catching member being capable of catching the wasps secondarily and allowing the bees to escape; And a transparent guide member formed at the upper end of the trapping member so as to guide a wasp trapped for collection and formed to capture the wasp in a tertiary manner.

And a filling tube formed to fill the upper surface of the side surface of the filling container with the attractant material.

The inflow member further includes a detachable blocking net that blocks the wasp or bee that has flowed through the inflow opening at the inner bottom end to prevent escape of the washer and separation of the bee from the inflow material.

In the blocking net, an absorbent material is fixedly coupled such that the lower portion thereof is immersed in the attractant material of the container and the upper portion thereof is raised to the inside of the capturing member.

A plurality of inlet ports are formed at predetermined intervals on the upper and lower sides of the inflow member, and the surface side of the inflow member is formed into a cone shape having a wide and gradually narrower diameter toward the inner side.

The inflow hole has a diameter allowing the wasp to pass through the inflow hole located inside the inflow member, and the side surface of the inflow hole further includes an escape path having a width allowing the bee to pass through.

The attracting member is formed of a net in the form of an inverted funnel in which an inflow passageway is formed.

The trapping member is gradually formed wider from the upper part to the lower part, and the discharge path through which only the bees can escape can be formed in a multi-stage shape. The upper part is formed in a transparent manner through which light is transmitted, and the lower part is opaque .

The trapping member may further include a first take-off unit capable of selectively picking up the captured wasps.

The catching member includes a plurality of footsteps on the inner side of which the wasps can climb.

A light shield member is interposed between the inflow member and the capturing member.

The guide member includes a guide tube having a plurality of air holes connected to one end thereof so that the trapped wasp can be moved, and a trapping space in which the other end of the guide pipe is moved, Member.

The collecting member further includes a plurality of through-holes communicating with the atmosphere, and a second draw-out portion capable of selectively extracting the wasps in the collecting space on one surface.

The present invention allows the trapping of bees and other bees that are larger than the wasps to be prevented from getting into and out of the beehives, as well as attracting and hunting of wasps, So that it can be safely and conveniently captured.

In addition, the honey bees attracted and caught together with the wasp can freely escape, thereby minimizing the mortality of the bees.

In addition, since the trapped wasp can be moved more smoothly and easily, it is possible to further increase the collection efficiency.

1 is an exploded perspective view for explaining the present invention,
Figure 2 is a perspective view of the combined state according to Figure 1,
Figure 3 is a cross-sectional view according to Figure 2,
4 is a sectional view for explaining the use state of the present invention,
5 is a cross-sectional view for explaining another embodiment of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to the accompanying drawings. The present invention is not limited to the embodiments.

FIG. 3 is a cross-sectional view of FIG. 2, and FIG. 4 is a cross-sectional view for explaining the use state of the present invention. FIG. to be.

A catching device for catching wasps using known artificial materials, such as known oakwood, sawdust and logs mixed with earth sugar to attract wasps or bees as shown, or with oak propagation and sugar and foul odor materials, (1) is presented. Typically, a wasp has a habit of chasing bright light or blowing it to the top.

The present invention is intended to ensure that not only insects that are larger than wasp but other insects are allowed to go in and out of the beehive, but also cannons to be collected and captured, as well as to collect or capture a captured wasp without releasing one of the wasps.

The capturing device (1) according to the present invention comprises a filling container (10) in the form of a conventional container filled with an attractant for attracting the washer, including a wasp; And a plurality of inlets 22 in the form of a conventional funnel capable of escaping only the bees after the wasps or bees have been introduced are connected by a screw coupling method or a projection in which the projections are inserted into the grooves, An inflow member 20 formed primarily to capture the wasp; A drawer member 32 in the form of a conventional funnel which is coupled to the upper portion of the inflow member 20 by a screw coupling method or a projection in which the lower end is known by rotating the insert through a groove or the like, A capturing member (30) for capturing the wasp secondarily and allowing the bee to escape; And a guide path (42) for guiding the wasps trapped for collection are formed at the upper end of the trapping member (30) so as to trap the wasps in a tertiary manner. And a transparent guide member 40 through which light is transmitted so that the wasp may follow the light. A cap 44 may be coupled to the end of the guide.

It is preferable that the inflow member 20 is formed in a rectangular shape such as a normal rugby ball so that a large number of wasps can be introduced through the inflow port 22. A plurality of inflow ports 22 are formed on the upper surface and the lower surface. At this time, since the inlet is formed in the form of a funnel, the introduced wasp is caught without coming out through the inlet again.

In addition, the inflow member 20 has a detachable blocking net 24 that blocks the wasp or bee that has flowed in through the inflow port 22 at the inner lower end thereof to prevent escape of the beverage container 10 when it is separated . At this time, the shielding net is detachably attached to the lower end of the inflow member by being inserted and rotated by a conventional groove and protrusion.

It is preferable that the capturing member 30 has a large area on the lower side and a narrow area on the upper side by using the habit of pursuing light and the habit of blowing on the top due to the characteristics of the wasp, And it is an ideal condition that the wasps flowing into the inflow member 20 can smoothly gather upward. The upper end of the trapping member is coupled to the inside of the guide member so as to protrude.

The guide member 40 guides the wasp so that the beads can be smoothly collected while being smoothly collected as well as being smoothly captured by the transparent transmitted light.

As described above, first, the attractant filled in the filling container radiates fragrance to a certain distance to attract surrounding wasps. At this time, not only some but also some bees are attracted.

The thus attracted wasps enter the inflow member through an inflow port formed into a plurality of inflow members. The wasp introduced into the inflow member rises to the trapping member through the inflow passage of the upper attracting member in a wetting manner to fly upward to the upper part of the wetting phase. In addition, a wasp that has not ascended to the top is captured. At this time, only the bees can be escaped to the inlet, so that some of the honeybees flowing into the inlet can escape to the outside again.

In addition, the washer or bees do not fall into the filling container into the filling container by the blocking net provided at the lower end of the inflow member.

Accordingly, the present invention can collect the captured wasps without escaping or releasing one of them.

Furthermore, there is a condition that can safely be collected without any danger due to the collected wasps.

In addition to being able to fill the collection vessel with beverage for storing the wasp, the beverage can also be easily and conveniently dispensed by filling the collection vessel with water for immediate spraying.

Accordingly, the present invention can be safely used in the process of trapping wasps, and also provides convenience in collecting or spraying a single wasp without escaping or releasing it, in particular, in the process of collecting captured wasps.

A plurality of inlet ports 22 are formed at predetermined intervals on the upper and lower sides of the inlet member 20, and the surface side of the inlet member 20 is formed into a funnel shape, that is, a cone shape, which is wide and gradually narrows inward toward the inside . At this time, the inlet 22 has a diameter that allows the washer to pass through the inflow hole 21 located inside the inflow member 20, and the side of the inflow port 22 has a width (23). Since the honeycomb is usually about 5 mm in the escape route and the wasp is larger than the honeycomb, the escape route has a width at which only bees can escape.

Accordingly, the wasps and some honey bees entering the inflow port can flow smoothly into the inflow member, and a part of the bees inflowed into the inflow member can escape immediately through the escape path formed at the inflow port, can do.

In addition, the inflow hole has a diameter allowing the wasp to pass therethrough, so that insects such as moths larger than the wasp do not enter the inflow hole. That is, since the powder that falls from the wings of the moth after the introduction of the large moth from the existing trapping machine is mixed with the attracted material, volatilization of the handwoven material is prevented to prevent smooth attraction and thus the capture efficiency is significantly lowered. The introduction of the moth larger than the wasp is fundamentally prevented so that the volatilization of the handwriting material is smoothly performed, thereby improving the attractiveness as well as the efficiency of capturing.

The attracting member 32 is formed as a net in the form of a funnel in which an inflow passage 32a is formed at an upper portion thereof, so that the washer can be smoothly moved upward.

The trapping member 30 is gradually and broadly formed from the upper part to the lower part so that the trapped wasps can be smoothly moved upward, and the discharge path 34 through which only the bees can escape can be formed in a multi- The upper side is formed in a transparent state through which light is transmitted, and the lower side is formed opaque so that light can not be transmitted through the upper side so that movement can be smoothly performed due to the habit of pursuing light due to the characteristics of wasps and insects. At this time, the trapping member may be made entirely transparent and then post-processed at the lower side, and the lower portion may be formed opaque by a known molding method. In addition, the trapping member may be formed opaque by a conventional scratch method, And the like.

That is, the capturing member is formed broadly in the shape of a rectangle with the lower part to which the inflow member is connected and the attracting member is coupled, and the overall shape of the capturing member is formed in a tree shape, so that the wasps routed through the attracting member are smoothly moved upward It has the condition that it can be. Further, the light is used to move upward through the attracting member by the light entering the transparent portion of the upper portion without going downward.

Further, the trapping member (30) further includes a first take-out portion (36) capable of picking up the captured wasps. The first draw-out portion is reduced in a synthetic resin pad soft with a thin rubber, silicon, or the like on a hole through which the first draw-out portion is pierced, so that tweezers or the like are inserted to pick up the wasps trapped in the trapping member and take out the used wasps .

Therefore, the convenience of being able to selectively withdraw the captured wasps in the capturing member according to the required use or kind, that is, the long wasp, the black wasp, the middle wasp, and the wasp, It also has a condition that can be taken out and used cleanly.

In addition, the trapping member 30 includes a plurality of scaffolds 38 on which an ash flying up to the top as well as a crawling wasp can be smoothly lifted up. At this time, it is preferable that the pedestal portion is formed in a concavo-convex form formed by an ordinary mountain and a bone having narrow intervals.

As a result, the efficiency of collection of wasps to the upper portion can be further increased, and the collection efficiency can be further enhanced.

In addition, between the inflow member 20 and the trapping member 30, there is provided a light shielding member having a diameter wider than the diameter of the inflow member so that the beads can smoothly flow into the inflow port of the inflow member, The member 25 is interposed. At this time, the light shielding member is engaged by a fitting method in a usual manner between the upper end of the inflow member and the trapping member. Thereby inducing the wasps to flow smoothly through the shaded inlets.

5 is a cross-sectional view for explaining another embodiment of the present invention.

As shown in the drawings, in order to replenish the attracting material in the filling container, it is possible to fill the attracting material without separating the introducing member, so that the attracting of the influent material can be performed more smoothly.

In other words, the filling tube 10 further includes a filling tube 12 formed on the side surface of the filling vessel 10 so as to fill the attracting material. In this case, the filling tube can be formed integrally when the filling container is manufactured, or it can be formed by inserting a tube after forming the hole. In addition, it is preferable to provide an ordinary opening and closing cap in the filling pipe.

As a result, the attracting material in the filling container is filled normally once every three days, and the convenience of smooth filling can be provided without separating the inlet member.

An absorbing material 24a such as a fiber material or a foamed foam is fixed to the blocking net 24 such that the lower portion thereof is immersed in the attracting material of the filling container 10 and the upper portion of the blocking net 24 is raised to the inside of the trapping member 30. [ do. Whereby the fragrance of the handwoven material can be raised up to the position of the catching member as well as the inflow member, and the attracting efficiency can be increased.

Meanwhile, the wasps collected in the guide member can be more smoothly guided to move to the collection container more actively, and at the same time, the wasps can be easily sorted in the collection process.

The guide member 40 is provided with a guide pipe 55 having a plurality of vent holes 52 connected at one end thereof so as to move the trapped wasp, And a collecting member (50) in which a collecting space (56) is formed so as to be injected into the collecting container. The collecting member 50 further includes a plurality of through holes 57 communicating with the atmosphere and a second draw-out portion 58 capable of selectively extracting wasps in the collecting space 56 on one surface. At this time, the end of the guide pipe coupled to the collecting member is coupled to the inside of the collecting member so as to protrude, and the lower end of the collecting member coupled to the collecting container is also positioned so as to protrude to the inside of the collecting container. Preferably, the guide tube and the collecting member are formed to be transparent so that light is transmitted and the wasps are smoothly moved.

In other words, if water or alcohol is contained in the collection container during the movement of the wasps collected by the guide member, or if the humid air is delivered to the guide member when the temperature of the air is high, the wasps do not move smoothly.

Accordingly, a ventilation hole and a through hole for circulating outside air are formed in the guide pipe and the collecting member, so that the ventilation hole is smoothly ventilated and the wasp can be smoothly moved.

In addition, the second draw-out portion formed in the collecting member is the same as the first draw-out portion described above and its detailed description is omitted.

As a result, the wasp collected up to the guide member is not only smoothly collected by the guide pipe and the collecting member which are ventilated smoothly, but also provides the convenience of being able to draw out the required wasp.

1: Collecting device
10: filling container 12: filling pipe
20: inflow member 21: inflow hole
22: inlet 23: escape path
24: Blocking net 25: No light shield
30: capturing member 32: attracting member
32a: manned passage 34:
36: first take-out part 38:
40: guide member 42: guide
44: cap 50: collection member
52: vents 55: guide tube
56: Collection space 57: Through hole
58: second take-

Claims

A capture device for capturing wasps using an attractant,
Wherein the trapping device comprises: a filling container filled with the attracting material;
An inflow member that is coupled to a lower portion of the upper end of the filling container to form a plurality of inflow ports through which the wasp or bee is infused and then only the bee is inflated to capture the wasp;
A catching member coupled to an upper portion of the inflow member and coupled to a lower end of the inflow member, the catching member being capable of catching the wasps secondarily and allowing the bees to escape; And
And a transparent guide member formed at the upper end of the trapping member and having a guide path for guiding trapped wasps for collection so as to capture the wasps in a tertiary manner.

The method according to claim 1,
Further comprising a filling tube formed to fill an upper side of the side surface of the filling container with an attracting material.

The method according to claim 1,
Wherein the inflow member further includes a detachable blocking net that blocks the wasp or bee that has flowed in through the inflow port at the lower end thereof to prevent escape and separation of the bee from the inflow when the container is separated.

The method of claim 3,
Wherein the blocking member is fixedly coupled to the blocking member such that the lower portion thereof is immersed in the attractant material of the container and the upper portion of the blocking member is raised to the inside of the trapping member.

The method according to claim 1,
Wherein a plurality of the inlet ports are formed at predetermined intervals on the upper and lower sides of the inflow member, and the surface side of the inflow member is formed into a cone shape having a wide and gradually narrower diameter toward the inner side.

6. The method of claim 5,
Wherein the inlet port has a diameter allowing the washer to pass through the inflow hole located inside the inflow member, and the side surface of the inflow port further includes an escape passage having a width allowing the bee to pass through.

The method according to claim 1,
Wherein the attracting member is formed of a net in the form of an inverted funnel in which an inflow passage is formed in the upper part.

The method according to claim 1,
The trapping member is gradually formed wider from the upper part to the lower part, and the discharge path through which only the bees can escape can be formed in a multi-stage shape. The upper part is formed in a transparent manner through which light is transmitted, and the lower part is opaque Wherein the washer-capturing device is configured to capture the washer-capturing device.

9. The method of claim 8,
Wherein the trapping member further comprises a first draw-out portion capable of selectively drawing trapped wasps.

9. The method of claim 8,
Wherein the trapping member includes a plurality of footsteps on the inner side of which the wasps can climb.

The method according to claim 1,
Wherein a light shield member is interposed between the inflow member and the trap member.

The method according to claim 1,
The guide member may include a guide tube having a plurality of air holes connected to one end thereof so that the trapped wasp can be moved, and a collecting space in which the other end of the guide pipe is moved, Further comprising a member for receiving the wasp.

13. The method of claim 12,
Wherein the collecting member further comprises a plurality of through-holes communicating with the atmosphere, and a second draw-out portion capable of selectively extracting wasps in the collecting space on one surface thereof.