KR20210089852A - Wasp Capturing Device Assembled To Beehive - Google Patents

Abstract

The present invention relates to a wasp capturing device used by being fixed to a beehive comprising: a first space unit; a second space unit which is positioned in a lower part of the first space unit; a third space unit which is positioned in an upper part of the first space unit inside; and a capturing body. The capturing body includes: an entrance which connects the first space unit to the outside; a first passage which connects the first space unit and a second space unit; an entrance connecting hole which connects the second space unit to a beehive entrance; a second passage which connects the second space unit to the outside; and a third passage which connects the first space unit and the third space unit. The entrance is extended to the first space unit and includes a part in which a cross-sectional area becomes narrower toward the inside. The third passage is extended to the third space unit and includes a part in which a cross-sectional area becomes narrower toward an end unit. The first passage is formed of a plurality of through holes in which a honeybee passes and a wasp dost not pass. The entrance is formed in a size through which both the wasp and the honeybee pass. The third passage is formed in a size through which both the wasp and the honeybee pass. The present invention easily captures the wasp.

Description

Wasp Capturing Device Assembled To Beehive

The present invention relates to a wasp trapping device fixed to a beehive, and more particularly, to a wasp trapping device fixed to a beehive that blocks wasps from entering the hive by capturing wasps in the process of entering the hive.

In general, even 5 to 10 wasps can annihilate a colony of bees within a short period of time. damage caused by In addition, since this phenomenon occurs repeatedly from mid-July to early October every year, the damage to beekeepers caused by wasps is enormous. Accordingly, various methods of catching or strangling wasps have been proposed to minimize such damage. To prevent wasps larger than bees from entering the hive, a net is installed at the entrance of the hive, so-called sticky, badminton racket, etc. Efforts were made to prevent damage caused by wasps by directly catching them with a hornet or by strangulation by spraying insecticides. However, this method was not efficient, and there was a problem in that it was not possible to fundamentally prevent damage caused by wasps.

Korean Patent Laid-Open No. 10-2013-0140363

The present invention has been proposed to solve the problems of the prior art as described above, and it is an object of the present invention to provide a wasp trapping device used by fixing to a beehive that blocks wasps from entering the hive by capturing wasps in the process of entering the hive. do it with

A wasp catching device fixed to a beehive according to the present invention includes a first space portion, a second space portion located below the first space portion, and a third space portion located on the upper portion of the first space portion inside. formed; An inlet for communicating the first space to the outside, a first passage for communicating the first space with the second space, an inlet connection hole for communicating the second space with the beehive entrance, and the second space to the outside a capture body having a second passage communicating with each other and a third passage communicating with the first space portion and the third space portion;

The inlet extends into the first space and is formed in a shape having a portion whose cross-sectional area becomes narrower toward the inside; the third passage extends into the third space and is formed to have a portion whose cross-sectional area becomes narrower toward the end; The first passage is formed of a plurality of through holes of a size that bees can pass through but wasps cannot pass through, the entrance is formed of a size through which both wasps and bees can pass, and the third passage is between wasps and bees. It provides a wasp catching device used by fixing to a beehive, characterized in that it is formed in a size that can pass through all.

In the above, the capture body is formed with an escape portion for communicating the third space to the outside; The escape portion is characterized in that it is formed with a plurality of through holes of a size that the bees can pass through and the wasps cannot pass through.

In the above, the capture body is formed with an installation hole communicating with the third space portion, the installation hole is characterized in that the cover member is detachably provided.

In the above, the second passage is formed in a size that the cross-sectional area decreases toward the end; The capture body is spaced apart from the outer end of the second passage, and a part of the first shielding part is characterized in that it further comprises a front and rear penetration.

In the above, the inside of the capture body is provided with a third partition wall dividing the first space portion and the third space portion, the third passage is provided in the third partition wall, extending to the third space portion and decreasing in diameter toward the end. It is formed by a third passage part that is a hollow shape, and the third passage part is characterized in that a plurality of through holes of a size that a wasp cannot pass through are formed in the side.

In the above, the inside of the capture body is provided with a first partition wall dividing the first space portion and the second space portion; The through-hole forming the first passage is characterized in that it is formed through the rear of the first partition wall in the vertical direction.

In the above, it further includes a second partition wall spaced forward from the first passage and extending downward to form a front of the second space portion; the second passage is formed by a hollow second passage that protrudes forward from the second partition and whose cross-sectional area decreases toward the front; The first shielding portion is spaced forward from the front end of the second passage portion to cover the second passage portion.

In the above, the capture body further includes a front portion that is a wall forming the front surface of the first space portion and the third space portion, the first space portion and the third space portion are formed in the rear of the front portion; The inlet is provided in the front portion and extends to the first space portion and is formed by an inlet portion, which is a hollow body having a reduced cross-sectional area toward the rear; The rear end of the inlet part is spaced downward from the third partition wall and is positioned below the third passage part.

The wasp trapping device fixed to the beehive according to the present invention is a funnel shape by positioning the third passage just above the inlet by using the characteristic of going up to the bright place, which is the tendency of the wasps that entered through the inlet, to position the third passageway. There is an effect that the wasp can be trapped and captured in the third space by moving it through the third passage of the third space.

1 is a perspective view schematically showing a state in which a wasp catching device used by fixing to a beehive according to the present invention is installed in a beehive,
Figure 2 is a perspective view of a wasp trap used by fixing to a beehive according to the present invention,
Figure 3 is a rear perspective view of a wasp trap used by fixing to a beehive according to the present invention,
Figure 4 is a perspective view of the rear other direction of the wasp trap used by fixing to the beehive according to the present invention,
FIG. 5 is a cross-sectional view taken along the AA direction of FIG. 2 .

Hereinafter, with reference to the accompanying drawings will be described in detail with respect to the wasp trapping device used by fixing to the beehive according to the present invention.

1 is a perspective view schematically illustrating a state in which a wasp trapping device fixed to a beehive according to the present invention is installed in a beehive, and FIG. 2 is a perspective view of a wasp trapping device used by fixing to a beehive according to the present invention, FIG. 3 is a rear perspective view of the wasp trapping device fixed to the beehive according to the present invention, and FIG. 4 is a rear perspective view of the wasp trapping device used by fixing to the beehive according to the present invention, and FIG. 5 is FIG. It is a cross-sectional view in the AA direction.

In the following description, the "A" direction in FIG. 1 is described as the width direction, the "B" direction as the up-down direction, and the "C" direction as the front-back direction.

As shown in FIG. 1, the beehive inlet (H1) is formed in the beehive (H), and the doorway support plate (H2) protruding forward in the lower part of the beehive inlet (H1) so that the bees can be seated in the beehive inlet (H1). this is provided

The wasp trapping device 100 used by being fixed to the beehive according to the present invention is installed in front of the beehive inlet (H1) of the beehive (H). When the doorway support plate (H2) is provided, the wasp trapping device 100 is installed to be seated on the doorway support plate (H2).

The wasp trapping device 100 is made of a material such as plastic or metal. The wasp trapping device 100 is made of a hollow body, and includes a trapping body having a plurality of spaces and a passage of bees therein.

The capture body includes a main body portion 110 , a first partition wall 120 , a second partition wall 130 , a second passage portion 140 , a third partition wall 150 , and a third passage portion 160 . ), and an inlet 170 and a cover member 180 .

1 to 4, the main body 110 is made of a hollow body. The body part 110 includes a rear part 111 , a side part 115 , a bottom part 113 , a top part 117 , and a front part 119 .

The rear part 111 is provided in a plate shape. The rear portion 111 extends in the vertical direction, the upper portion is bent forward, and the rear portion 111 is formed by bending upward again. At the lower end of the rear part 111, an inlet connection hole 107 that is concave upward to communicate with the beehive inlet H1 and penetrates in the front and rear direction is formed.

The side part 115 is provided in a plate shape. The side part 115 is provided on both sides of the rear part 111 in the width direction, and extends forward from the rear part 111 . The side parts 115 are provided in parallel to face each other in front of the rear part 111 .

A first slit 115 - 1 , a third slit 115 - 5 , and a second slit 115 - 3 are formed in the side portion 115 .

The first slit 115 - 1 is formed to be spaced apart from the upper end and lower end of the side portion 115 . The first slit 115 - 1 is formed at the center of the side part 115 in the vertical direction. The first slit 115 - 1 extends in the front-rear direction and is formed through the first slit 115 - 1 in the width direction. A third partition wall 150 separating the first space portion 101 and the third space portion 105 is inserted and fixed into the first slit 115 - 1 .

The third slit 115 - 5 is spaced downward from the first slit 115 - 1 and is formed between the first slit 115 - 3 and the lower end of the side part 115 . The third slit 115 - 5 extends in the front-rear direction and is formed through the third slit 115 - 5 in the width direction. The third slit 115 - 5 is located in the second space 103 . The third slit 115 - 5 serves as an air circulation hole through which the air in the inner space of the main body 110 and the outside air can circulate.

The second slit 115 - 3 is formed between the first slit 115 - 1 and the third slit 115 - 5 . The second slit 115 - 3 is spaced downward from the first slit 115 - 1 and upwardly spaced apart from the third slit 115 - 5 . The second slit 115 - 3 extends in the front-rear direction and penetrates in the width direction. A first partition wall 120 separating the first space portion 101 and the second space portion 103 is inserted and fixed into the second slit 115 - 3 .

The bottom part 113 is plate-shaped. The bottom part 113 is provided at the lower end of the rear part 111 and the side part 115 between the side parts 115 . The front end of the bottom part 113 is provided rearwardly spaced apart from the front end of the side part 115 .

The top part 117 is plate-shaped, and is provided at the upper end of the rear part 111 and the side part 115 between the side parts 115 and spaced upward from the bottom part 113 . The top part 117 has an installation hole 117 - 1 penetrating in the vertical direction.

The front part 119 is plate-shaped, and is spaced apart from the rear part 111 in the front and is provided in parallel with the rear part 111 . The front part 119 is further provided with coupling parts 119-2, some of which protrude to both sides in the width direction. A slit penetrated in the front-rear direction is formed in the coupling part 119-2. The coupling part 119 - 2 is provided to be bent backward from the front part 119 .

The side part 115 is further provided with a coupling protrusion 115-2 protruding outward in the width direction at the front side, and the coupling protrusion part 115-2 formed in the side part 115 with a slit of the coupling part 119-2. ) and the front part 119 is coupled to the side part 115 .

In the main body part 110, the rear part 111, the side part 115, the bottom part 113, and the top part 117 are integrally injection-molded to form a front opening shape, and the front part 119 is separate. It is possible in the form of being combined with the member of

As shown in FIG. 5 , the inner space of the capture body is divided into a first space 101 , a second space 103 , and a third space 105 . The first space 101 is positioned between the second space 103 and the third space 105 . The second space 103 is positioned below the first space 101 , and the third space 105 is positioned above the first space 101 .

The first space portion 101 and the second space portion 103 are divided by the first partition wall 120 .

The first partition wall 120 is provided in a plate shape. Both ends of the first partition wall 120 are fixedly installed by being inserted into the second slit 115-3 in the width direction. The first partition wall 120 may be installed to be inclined downward toward the front, and a discharge hole penetrating in the vertical direction may be formed in the front. Since the first partition wall 120 is formed to be inclined, there is an effect of allowing rainwater entering the inside of the wasp trapping device 100 to be discharged to the discharge hole in case of rain.

A first passage 121 connecting the first space 101 and the second space 103 is formed in the first partition wall 120 . The first passage 121 is formed of a plurality of through holes. The through hole forming the first passage 121 is formed to penetrate in the vertical direction at the rear of the first partition wall 120 .

The through hole constituting the first passage 121 is formed in such a size that honeybees (hereinafter, bees refer to native bees and western bees) can pass through, and wasps cannot pass through. For example, the through hole forming the first passage 121 is formed in a rectangular shape, and it is preferable that the short side of the rectangle has a length of 6 mm. When formed in a circular shape, it is preferable to have a diameter of 6 mm. The size of the hole forming the first passage 121 is formed to be 6 mm, so that the honeybee can pass through the hole, but the wasp cannot pass through the hole.

A second shielding part 111-1 extending downward from the rear end of the first partition wall 120 to form an upper end of the inlet connection hole 107 may be further provided at the rear end of the first partition wall 120 . have. When the second shielding part 111-1 is provided, the rear part 111 of the second shielding part 111-1 is formed by a portion extending downwardly past the first partition wall 120 .

The second space portion 103 is divided from the first space portion 101 by the first partition wall 120 , and further includes a second partition wall 130 forming a front of the second space portion 103 . is formed The second space 103 has the inlet connection hole 107 formed at the rear so that the second space 103 communicates with the beehive inlet H1.

The second partition wall 130 has a plate shape and is made of a transparent material (eg, transparent acrylic, etc.). The second partition wall 130 is provided under the first partition wall 120 and is provided parallel to the rear surface part 111 . When the second shielding part 111-1 is provided, the second partition wall 130 faces the second shielding part 111-1 and is provided in parallel. The second partition wall 130 is spaced forward from the first passage 121 and extends downward. The lower end of the second partition wall 130 is provided in connection with the front end of the bottom portion 113 .

A second passage portion 140 is provided in the second partition wall 130 . The second passage 140 is made of a transparent material (eg, transparent acrylic). The second passage portion 140 is a hollow body that protrudes forward from the second partition wall 130 and decreases in cross-sectional area toward the front. The second passage portions 140 are provided in plurality while being spaced apart in the width direction.

A second passage 141 penetrating in the front-rear direction is formed in the second passage portion 140 . The second passage 141 is formed in a size such that the cross-sectional area decreases toward the front end. The second passage 141 is a passage for communicating the second space 103 to the outside. The size of the front end of the second passage 141 is formed to a size that the bees can come out freely. For example, the diameter of the front end of the second passage 141 is preferably 10 mm. Even when the diameter of the second passage 141 is 10 mm, it is impossible for bees as well as bees to enter the second space 103 from the outside due to the conical shape and the first shielding part 119-3. .

A plurality of through-holes 143 are formed in the upper portion of the second passage 140 . That is, the through hole 143 is formed in the upper portion of the second passage 140, and the lower portion is blocked. The through hole 143 formed in the upper portion of the second passage 140 is formed in a size that honeybees cannot pass through. The size of the through hole 143 is, for example, 3.6 mm or less.

A first shielding part 119 - 3 is further provided in front of the second passage 140 , spaced apart from the end of the second passage 140 . The first shielding part 119 - 3 is formed by the front part 119 extending downward past the first partition wall 120 . The first shielding part 119 - 3 is formed under the inlet 171 provided in the front part 119 . The lower end of the first shielding part 119 - 3 is located upwardly spaced apart from the bottom part 113 . The lower end of the first shielding portion 119 - 3 is positioned between the lower end of the front end of the second passage 140 and the lower end of the rear end of the second passage 140 . The first shielding part 119-3 may extend downward from the rear end of the second passage part 140, and in this case, the material of the first shielding part 119-3 may be made of a transparent material. The first shielding part 119 - 3 faces the second partition wall 130 and is provided in parallel with each other.

Since the second passage part 140 is not visible from the front by providing the first shielding part 119-3, it is possible to prevent wasps from approaching the second passage part 140, and bees can also prevent the second passage part from being seen. By not entering through 140, the entering bees enter through the inlet 171, and the coming out bees come out through the second passage 141, thereby separating the entering bees and the coming out bees, thereby preventing congestion.

In addition, since the second passage 140 and the second partition wall 130 are made of a transparent material, the bees coming out of the hive H follow the bright spot in front of the second passage 141 of the second passage 140 . ) can be obtained through

And the end of the passage portion 140 is covered by the first shielding portion 119 - 3 spaced apart from the end of the second passage portion 140 , so that the wasp approaches the second passage portion 140 and lowers the side However, it is possible to prevent entry into the second space 103 because there is no foothold for the wasp to support because the lower side is blocked.

The first space portion 101 and the third space portion 105 are divided by the third partition wall 150 . The third partition wall 150 is provided to be upwardly spaced apart from the first partition wall 120 . Both ends of the third partition wall 150 are fixedly installed by being inserted into the first slits 115 - 1 formed in the side surface portion 115 .

The third partition wall 150 is provided with a third passage portion 160 for communicating the first space portion 101 and the third space portion 105 . The third partition wall 150 and the third passage portion 160 are integrally injection-molded.

The third passage portion 160 is provided with a hollow body extending from the third partition wall 150 to the third space portion 105 and having a diameter decreasing toward the end. The third passage 160 is formed in a funnel shape. A third passage 161 penetrating in the vertical direction is formed in the third passage portion 160 . The third passage 161 is formed to have a portion having a narrower cross-sectional area as the diameter decreases toward the end thereof. The third passage 161 serves as a passage connecting the first space portion 101 and the third space portion 105 . The third passage 161 is formed in a size through which both bees and wasps can pass, for example, the diameter of the third passage 161 is formed to be 27 mm.

A plurality of through holes 163 are formed laterally in the third passage portion 160 . The through hole 163 formed on the side of the third passage 160 is formed in a size that a wasp cannot pass through. The size of the through hole 163 is formed to be, for example, 6 mm or less.

The through hole 163 formed in the third passage 160 uses a tendency to move along the bright light of the wasp, and the wasp in the first space 101 follows the light entering through the through hole 163 for the third It comes up to the space part (105). That is, if the third space 105 is brighter than the first space 101 , the wasp does not come down.

This is to prevent the wasp coming out through the third passage 161 from entering the exit again.

The first space portion 101, which is a space formed between the first partition wall 120 and the third partition wall 150, has an inlet portion 170 that communicates with the first space portion 101 and the outside and serves as a passage for bees to enter. is provided The inlet portion 170 is provided in the front portion 119, which is a wall forming the front surface of the first space portion (101). The first space 101 is formed behind the front part 119 .

The inlet portion 170 is provided with a hollow body extending from the front portion 119 to the first space portion 101 and having a reduced cross-sectional area toward the rear. The inlet portion 170 is provided to be spaced downward from the third partition wall 150 . The rear end of the inlet 170 is located below the open end of the upper end of the third passage 161 . One or more inlet portions 170 may be provided to be spaced apart in the width direction.

The inlet 170 includes an inlet 171 and an inlet extension 173 .

The inlet 171 is provided to be spaced downward from the third partition wall 150 . The inlet 171 is opened in the front-rear direction, extends from the front portion 119 to the first space portion 101, and is formed in a shape having a portion whose cross-sectional area becomes narrower toward the inside. The inlet 171 is formed in a funnel shape. The lower surface of the inner side of the inlet 171 is formed with a gentle slope so that a bee seated in the inlet 171 can crawl.

The inlet extension 173 is provided at the inner end of the inlet 171 . The inlet extension 173 has a cylindrical shape that is opened forward and backward, and extends inwardly from the inner end of the inlet 171 . The inlet 171 and the inlet extension 173 are formed in a size through which both wasps and bees can pass.

The rear end of the inlet extension 173 is located below the open end of the upper end of the third passage 161 . That is, the inlet extension 173 and the third passage 161 form a straight line so that the wasp that enters through the inlet extension 173 can move toward the third passage 161 that appears directly upward.

An escape part 119-1, which is a passage through which honeybees exit, is formed in the third space 105, which is a space provided above the first space 101. As shown in FIG. The escape portion 119 - 1 is formed in the front portion 119 , which is a wall forming the front surface of the third space portion 105 . The escape portion 119 - 1 may be formed in the side portion 115 or the rear portion 111 constituting the third space portion 105 . The escape portion 119 - 1 serves as a passage for communicating the third space portion 105 to the outside.

The escape portion 119 - 1 is formed with a plurality of through holes penetrated in the front-rear direction. The size of the hole formed in the escape portion 119-1 is formed to a size that honeybees can pass through and wasps cannot pass through. For example, the size of the hole is formed of 6 mm.

In the third space 105 , a cover member 180 is further provided in an installation hole 117 - 1 formed in the top portion 117 constituting the third space 105 .

The cover member 180 is provided in a plate shape and made of a transparent material, for example, made of a transparent acrylic material. The cover member 180 is inserted into the installation hole 117-1 and positioned inside the installation hole 117-1.

A plurality of insertion protrusions 185 that protrude downward and are spaced apart from each other are provided around the lower portion of the cover member 180 . In the cover member 180 , the insertion protrusion 185 is caught by the lower portion of the top portion 117 and is detachably provided in the installation hole 117 - 1 .

A plurality of through-holes 181 penetrating in the vertical direction may be formed in the cover member 180 . When the through hole 181 is formed in the cover member 180, the size of the through hole 181 is formed so that bees can pass through and wasps cannot pass through. For example, when the through hole 181 is rectangular, the short side is formed to be 6 mm, and when the through hole 181 is circular, the diameter is formed to be 6 mm.

A handle 183 is provided on the upper portion of the cover member 180 . The handle 183 is formed to protrude upward. The cover member 180 grasps the handle 183 and pulls upward to separate the cover member 180 to transfer the wasp captured in the third space 105 to another container (eg, a trap made of a mosquito net). have.

Hereinafter, the movement path of the bees flowing into the wasp trapping device 100 used by being fixed to the beehive according to the present invention will be described.

Bees and wasps enter the first space 101 through the inlet 171 formed in the front part 119 . Among the bees entering the first space 101 , bees enter the second space 103 through the first passage 121 formed in the first partition 120 , and enter the beehive through the second space 103 . (H1) is entered.

The bees that come out from the beehive H to the second space 103 through the hive entrance H1 can go out through the second passage 141 formed in the second partition wall 130 .

Among the bees entering the first space 101, some bees and wasps are seen directly above the inlet extension 173, and through the third passage 161 formed in a size that the wasps can pass through, the third space ( 105). The wasp that has moved to the third space 105 sits on the outer surface of the third passage 160 and tries to move back to the first space 101 through the through hole 163 of the third passage 160. The wasps that flow backward through the third passage 161 and cannot return to the first space 101 again are trapped in the third space 105 .

Among the bees that have entered the third space 105, some bees can escape to the outside through the escape portion 119-1 formed on the front portion 119 and the through hole 181 formed on the cover member 180. 3 It is prevented from being trapped in the space part 105 or being attacked by a wasp.

The wasp captured in the third space 105 can be pulled up by gripping the handle 183 of the cover member 180 to separate the cover member 180 to discharge the wasp captured in the third space 105 . have.

The present invention wasp capture device 100 can protect the hive from wasps, it is possible to capture the wasps without a separate attractant. In addition, there is an effect of minimizing damage to toads, mice, caterpillars, and the like.

So far, the wasp trapping device fixed to the beehive according to the present invention has been described with reference to the embodiment shown in the drawings, but this is only an example, and that anyone skilled in the art can make various modifications and equivalent other embodiments therefrom. will understand the point. Accordingly, the true technical protection scope should be determined by the technical spirit of the appended claims.

100: a wasp trap used by fixing to a hive
110: main body 120: first bulkhead
130: second bulkhead 140: second passage
150: third bulkhead 160: third passage
170: inlet 180: cover member

Claims (8)

The first space 101 , the second space 103 positioned below the first space 101 , and the third space 105 positioned above the first space 101 . ) is formed on the inside; An inlet 171 through which the first space 101 communicates with the outside, a first passage 121 through which the first space 101 and the second space 103 communicate with each other, and the second space An inlet connection hole 107 for communicating the part 103 to the beehive inlet, a second passage 141 for communicating the second space 103 to the outside, and the first space 101 and the third and a capture body in which a third passage 161 for communicating the space 105 is formed;
The inlet 171 extends into the first space 101 and is formed in a shape having a portion whose cross-sectional area becomes narrower toward the inside; The third passage 161 extends to the third space 105 and is formed to have a portion whose cross-sectional area becomes narrower toward the end; The first passage 121 is formed of a plurality of through holes of a size that bees can pass through but wasps cannot pass through, and the inlet 171 is formed of a size through which both wasps and bees can pass, and the third The passage 161 is a wasp capture device 100 used by fixing to a beehive, characterized in that it is formed in a size that allows both wasps and bees to pass through. According to claim 1, wherein the capture body is formed with an escape portion (119-1) for communicating the third space portion (105) to the outside; The escape part 119-1 is a wasp trapping device 100 for use by being fixed to a beehive, characterized in that it is formed of a plurality of through holes of a size that bees can pass through and that can not pass wasps. According to claim 2, wherein the capture body is formed with an installation hole (117-1) communicating with the third space (105), the installation hole (117-1) is provided with a detachably cover member (180) A wasp trapping device 100 used by being fixed to a beehive, characterized in that it is. The method according to claim 2, wherein the second passage (141) is formed in a size that decreases toward the end of the cross-sectional area; The capture body is spaced apart from the outer end of the second passage 141 and a wasp capture device for use by fixing to the beehive, characterized in that it further includes a first shielding part 119-3, a part of which is penetrated forward and backward ( 100). According to claim 1, wherein a third partition wall 150 dividing the first space portion 101 and the third space portion 105 is provided inside the capture body, the third passage 161 is a third It is provided in the partition wall 150 and extends to the third space portion 105 and is formed by a third passage portion 160 which is a hollow body whose diameter decreases toward the end, and the third passage portion 160 has a side surface. A wasp catching device 100 for use by fixing to a beehive, characterized in that a plurality of through-holes 163 of a size that the wasps cannot pass through are formed. The method according to claim 1, wherein a first partition wall (120) dividing the first space (101) and the second space (103) is provided inside the capture body; The through hole forming the first passage 121 is a wasp trapping device 100 for use by fixing to a beehive, characterized in that the through hole is formed through the back of the first partition wall 120 in the vertical direction. The method according to claim 6, further comprising: a second partition wall (130) spaced forward from the first passage (121) and extending downward to form a front of the second space (103); the second passage 141 is formed by a second passage portion 140 which is a hollow body that protrudes forward from the second partition wall 130 and whose cross-sectional area decreases toward the front; The first shielding portion 119-3 is spaced forward from the front end of the second passage 140 to cover the second passage 140. The wasp catching device 100 used by being fixed to the beehive. ). According to claim 5, wherein the capture body further includes a front portion 119, which is a wall forming the front surface of the first space portion 101 and the third space portion 105, to the rear of the front portion (119). the first space portion 101 and the third space portion 105 are formed; The inlet 171 is provided in the front portion 119, extends to the first space portion 101, and is formed by the inlet portion 170, which is a hollow body whose cross-sectional area decreases toward the rear; The rear end of the inlet portion 170 is spaced downward from the third partition wall 150, and the wasp trapping device 100 used by being fixed to the beehive, characterized in that it is located below the third passage portion 160.

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