KR102238955B1 - Portable Insect Screening Collector - Google Patents

Abstract

The present invention relates to a portable insect sorting collector capable of increasing probability of capturing an insect. According to the present invention, the portable insect sorting collector includes a suction unit, a collection unit, a power unit, and a control unit.

Description

Portable Insect Screening Collector

The present invention relates to a portable insect sorting and collecting device, and to a device capable of selectively collecting insects of a desired type from among insects of different sizes by size.

More specifically, the portable insect sorting and collecting machine of the present invention has a square suction hole open toward the front side, a trumpet-shaped suction pipe that is wide at one end and narrows toward the other end, and has a different size of the net at the front of the suction pipe. A plurality of meshes can be selectively attached and detached according to the size of the insect to be collected, and the suction fan installed at the other end of the suction pipe generates wind power that can be sucked from the front of the suction pipe to the inside to inhale insects, but the mesh attached to the suction pipe. After primary selection and suction according to the network size of the suction pipe, a plurality of meshes with different mesh sizes are formed in a plurality of layers in the collecting section configured at the bottom of the suction pipe to selectively pass the sucked insects through the desired type of insects. It relates to a portable insect sorting and collecting machine, characterized in that configured to collect the gulf by secondary sorting.

In the device for collecting insects, it is generally composed of a combination of a rod and a net known as a dragonfly, and is mainly used in a form based on the exercise ability of the collector.

However, most insects react sensitively and run agilely, so the probability of gathering is inevitably lowered with a basic type of gathering machine, and therefore, it is used only for hobbies and games.

Accordingly, in a situation where a device capable of collecting insects professionally is insufficient, the use of a device that sucks insects by operating a suction fan by an electric drive means such as a motor has the advantage of increasing the probability of catching insects when collecting insects.

However, in the case of inhaling insects into a specific space using a suction fan, all insects located in the front of the collector can be inhaled, so it is difficult for the collector to select and collect only the specific insects desired. In addition, manual work to select only the desired insects is required.

However, the moment the collection box containing the collected insects is opened during the process of selecting insects, there is a possibility that the collected insects may escape and the insects to be collected may also be lost.

In addition, other types of insects other than the insects to be collected may be inhaled and stored in the collector, and in the process of being sorted, there may be a situation in which they may injure or die.

Accordingly, there is a need for a device capable of collecting insects with specialized techniques using power to increase the probability of collection, and at the same time, selecting and collecting only insects desired to be collected.

Republic of Korea public utility model 20-2014-0000985 Republic of Korea Patent Publication 10-1436098

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The present invention was created to solve the above problems in view of the problems of the prior art, and increases the probability of collecting by inhaling insects by generating wind power using electric power, and at the same time, the suction part and the collecting part according to the size of the insect to be collected. Its purpose is to provide an automatic insect collecting device that is easy to carry and can be collected by selecting and collecting only the insects to be collected in two stages by selectively adjusting and installing the mesh size of the mesh to be mounted on.

The above objects and various advantages of the present invention will become more apparent from the preferred embodiments of the present invention by those skilled in the art.

The present invention is to achieve the above object,

The portable insect screening and collecting device according to an embodiment of the present invention,

A suction unit for sucking insects with a trumpet-shaped suction pipe that is wide at one end and narrows toward the other end; A collecting unit provided in a tubular shape having an inner space formed at a lower center of the suction unit to collect the sucked insects; A power unit extending from the other end of the suction unit and having a handle on the outside and a suction power unit on the inside; And a control unit extending from the other end of the power unit to adjust the power unit,

In the suction unit, a plurality of suction meshes with different mesh sizes are individually configured radially around the suction pipe, and each hinge is coupled to each edge of the suction pipe so that it can rotate and move between the suction pipe and the outer surface of the suction pipe, and the size of the insect to be collected Multiple suction meshes can be selectively installed on the suction pipe according to the

The collecting unit can be separated from the collecting top and the collecting bottom, and the sorting bins with open top and bottom are connected to the inner periphery of the collecting top and bottom, and the top and bottom surfaces of the sorting bins have a plurality of different sizes of nets. It further includes that each of the classification mesh is provided,

It is characterized in that it is possible to select and collect insects of a desired size by selectively attaching and detaching the suction mesh of the suction part and the sorting mesh of the collecting part.

According to one embodiment, the suction unit, rotating protrusions provided at both ends of one side of the suction mesh; A rotation groove provided inside the upper rim of the suction pipe; It further includes a magnetic handle extended to the other side of the suction mesh; the suction pipe is made of a material to which a magnet can be attached, so that the suction mesh provided with the magnetic handle may be attached to the side and upper edges of the suction pipe, and a plurality of suction Each of the mesh is characterized in that it further comprises provided in a state attached to the outer surface of the suction pipe.

According to an embodiment, the collection unit includes: a plurality of collecting protrusions respectively provided on a lower inner periphery of a collecting upper end and an upper inner periphery of a collecting lower end; And sorting grooves provided in the form of grooves at the upper and lower outer circumferences of the sorting bin to correspond to the collecting protrusions; including the upper part of the collecting container, the lower part of the collecting container, and the sorting container are mutually detachable, and one end of the sorting mesh is the sorting container. It is characterized in that it further comprises one that is hinged to one end of the rim so that the surface and the outer surface of the sorting bin can be rotated, and that the sorting mesh can be replaced and attached to the sorting bin by exchanging the sorting mesh according to the size of the net.

According to one embodiment, the power unit, a suction fan for generating a suction force; A battery to supply power; A motor driving the suction fan; Vents; And a control unit for controlling the power unit with an operation signal of the control unit, wherein the control unit further comprises a polygonal control handle having a hollow shape and a control switch provided at the upper end.

According to one embodiment, the suction unit is provided with a blocking net inside the other end to prevent the sucked insects from entering the power unit and provide a path to gather to the collecting unit, and a blowing fan is provided at the upper center of the suction unit so that the suction insects can be transferred to the collecting unit. It faces, and a collection part is an internal space divided by a collection top, a collection bottom, and a sorting bin, and a plurality of sorting chambers are formed, and the sucked insects are classified and collected by size in the sorting chamber.

Details of other embodiments are included in the detailed description and drawings.

According to the portable insect sorting and collecting machine of the present invention, the following effects can be obtained.

First, it is possible to increase the probability of catching insects by inhaling insects by wind power generated by electric power.

Second, it is possible to selectively capture insects to be collected by selectively changing and mounting a plurality of meshes of different sizes in the insect inlet.

Third, after inhaling insects, a plurality of meshes with different net sizes are selectively installed in the collection unit in an interlayer structure, so that among the inhaled insects, desired insects and unwanted insects can be secondarily selected and classified.

Fourth, the insects that you want to collect are selectively captured and other insects are not harmed, so you can collect them in an eco-friendly way.

Fifth, it is easy to carry and easy to mount, so it can be used quickly and easily outdoors.

1 is a side view showing a cross-section of a portable insect sorting and collecting device according to an embodiment of the present invention.
2 is a detailed view showing a suction port and a suction mesh of a portable insect sorting and collecting device according to an embodiment of the present invention.
3 is a detailed view showing the cross-section and structure of a collecting part of a portable insect sorting and collecting device according to an embodiment of the present invention.

In order to fully understand the present invention, preferred embodiments of the present invention will be described in more detail with reference to the accompanying drawings.

Prior to the description of the present invention, the following specific structural or functional descriptions are exemplified only for the purpose of describing embodiments according to the concept of the present invention, and embodiments according to the concept of the present invention are modified in various forms to be implemented. May, and the scope of the present invention should not be construed as being limited to the examples described in detail below.

In addition, since the embodiments according to the concept of the present invention can apply various changes and have various forms, specific embodiments are illustrated in the drawings and will be described in detail in the present specification.

However, this is not intended to limit the embodiments according to the concept of the present invention to a specific form of disclosure, it should be understood to include modifications, equivalents, and substitutes included in the spirit and scope of the present invention.

This embodiment is provided to more completely explain the present invention to those with average knowledge in the art. Accordingly, the shape of the element in the drawings may be exaggerated to emphasize a clearer description.

It should be noted that in each drawing, the same member may be indicated by the same reference numeral. Detailed descriptions of known functions and configurations that are determined to unnecessarily obscure the subject matter of the present invention will be omitted.

1 is a side view showing a cross section of a portable insect sorting and collecting device according to an embodiment of the present invention, and FIG. 2 is a detailed view showing a suction port and a suction mesh of the portable insect sorting and collecting device according to an embodiment of the present invention, 3 is a detailed view showing the cross-section and structure of a collecting part of a portable insect sorting and collecting device according to an embodiment of the present invention.

Portable insect sorting and collecting device 10 according to a preferred embodiment of the present invention is a suction unit 100 for inhaling insects with an open front, a collecting unit 200 for storing the sucked insects, and a power unit for generating suction power. It includes a control unit 400 for adjusting the 300 and the power unit 300.

The suction unit 100 has a shape such as a trumpet that sucks insects in a form with the front open at one end, and the suction pipe 110 and the suction pipe 110 forming the exterior of the suction unit 100 It may be configured to include a ball 111, a discharge hole 112 configured under the suction pipe 110, and a blocking network 130 configured inside the suction pipe 110.

One end of the suction pipe 110 is wide and faces the front, and may be configured to have a shape of a tube that becomes narrower from one end to the other end.

One end of the suction pipe 110 may have a shape of a hexahedron with an open front in a square shape according to an embodiment of the present invention.

A front surface located at one end of the suction pipe 110 is provided with a suction hole 111 in an open shape, and may serve as an inlet through which an external insect can be sucked.

The center and the other end of the suction pipe 110 may serve as a passage through which wind and insects move in the form of a pipe.

A discharge hole 112 of an opening is formed in the lower center of the suction pipe 110 and serves as a passage for discharging insects sucked into the suction pipe 110 through the suction hole 111.

A collecting part 200 is provided in the discharge hole 112 of the suction pipe 110 to store the sucked insects and to perform a secondary sorting function.

The inside of the other end of the suction pipe 110 may have a small mesh size and a dense mesh-shaped blocking network 130 may be installed inclinedly.

At this time, the upper end of the blocking net 130 may be configured to be inclined diagonally from the side in a direction close to one end of the suction pipe 110 and the lower end of the blocking net 130 toward the other end of the suction pipe 110.

The blocking network 130 may be provided in a mesh structure so that the suction wind generated from the power unit 300 provided at the other end of the suction pipe 110 can be transmitted to the outside of the suction pipe 110.

However, in order to prevent insects from being sucked into the power unit 300 through the blocking network 130, the network size of the blocking network 130 is preferably formed to be small and dense.

In addition, the lower end of the blocking net 130 must be provided so as to contact the end of the discharge hole 112 so that the sucked insect can be smoothly moved to the discharge hole 112.

The outer surface of the suction pipe 110 may have four surfaces according to an embodiment of the present invention.

The outer surface of the suction pipe 110 may be made of a material such as metal having a property to which magnets are well attached.

The front surface of the suction pipe 110 is formed with a suction hole 111 of an opening, and a rim having a predetermined width is formed around the suction hole 111 to constitute the front circumference of the suction pipe 110.

The suction unit 100 may be configured in a form in which a plurality of suction meshes 120 are radially configured around the front side of the suction pipe 110, that is, the suction hole 111.

The suction mesh 120 may be configured in a form in which a square frame and a mesh are attached to the center of the frame as an embodiment of the present invention.

The frame of the suction mesh 120 is a size that can be placed on the rim of the suction hole 111 and the size of the mesh may correspond to the size of the suction hole 111.

One end of the suction mesh 120 may be coupled to the circumference of the suction hole 111, that is, the front rim of the suction pipe 110, and a magnetic handle 121 having a magnetic property may be configured at the other end.

In order for the suction mesh 120 to be coupled to the front rim of the suction pipe 110, both sides of the suction mesh 120 may be provided with rotating protrusions 122 formed with protrusions of a predetermined size.

In addition, one edge of the suction pipe 110 has a structure recessed to a predetermined depth so that one end of the suction mesh 120 can be mounted, and a rotation groove 113 having a shape corresponding to the rotation protrusion 122 at both ends of the recessed area. It may be provided so that the rotation protrusion 122 is mounted.

Therefore, in the suction mesh 120, the rotation protrusion 122 is inserted into the rotation groove 113 of the front edge of the suction pipe 110 and is hinged to each other, and between the front surface of the suction pipe 110 and the outer surface of the suction pipe 110 You can rotate and move.

That is, when the suction mesh 120 is attached to the front of the suction pipe 110, it may be mounted to cover the suction hole 111, and also rotates in the outer direction of the suction pipe 110 and is attached to the outer surface of the suction pipe 110. I can.

At this time, a recessed area in a shape corresponding to the suction mesh 120 may be formed on the outer surface of the suction pipe 110 so that the suction mesh 120 may be seated.

In addition, the suction mesh 120 may be firmly attached to the suction pipe 110 when the magnetic handle 121 is coupled to the front edge or the outer surface of the suction pipe 110 by a magnet.

As an embodiment of the present invention, the suction mesh 120 may be matched to each of the four outer surfaces of the square suction pipe 110 to be configured in plural.

In addition, each of the plurality of suction meshes 120 may be composed of a mesh having a different size of the network.

For example, when a plurality of suction meshes 120 composed of four are divided into a first suction mesh, a second suction mesh, a third suction mesh, and a fourth suction mesh, the first suction mesh is the widest network to prevent large types of insects. Can pass through, and the fourth suction mesh can be configured so that only the smallest type of insect can pass because the net is the narrowest.

Therefore, if the insect to be collected is a large type of insect, the collector may attach the first suction mesh to the front of the suction pipe 110 and operate the power unit 300.

At this time, the second to fourth suction meshes are attached to each of the three outer surfaces of the suction pipe 110 by a magnetic handle 121 and are in close contact with the suction pipe 110 and are positioned in a standby state.

Next, in the case of collecting medium-sized insects, the first suction mesh is separated from the front of the suction pipe 110 and then rotated and attached to the outer surface of the suction pipe 110, after which the second suction mesh or the third suction The mesh may be removed from the outer surface of the suction pipe 110 and rotated to be attached to the front surface of the suction pipe 110.

In the case of collecting insects larger than one net width constituting the first suction mesh, all of the first suction mesh to the fourth suction mesh are attached to the outer surface of the suction pipe 110 and the suction hole 111 is opened. By operating the power unit 300 in a state, it is possible to inhale insects.

Meanwhile, when an insect is sucked through the suction mesh 120 from the front of the suction pipe 110 as described above, the sucked insect may be sucked by including other types of insects equal to or smaller than the collection target insect.

This is because insects that cannot be sucked due to being caught in the net of the suction mesh 120 are limited to insects larger than the width of the net.

Therefore, the insects sucked into the suction pipe 110 are transmitted to the collecting unit 200 through the discharge hole 112, and the collecting unit 200 may undergo a second sorting process according to the size.

The collecting part 200 is attached and provided in the shape of a tube forming an internal space in the lower center of the suction part 100, and covers the discharge hole 112 and is in close contact with the suction pipe 110 so as to be vertical with the suction pipe 110. It can be configured facing the bottom in one direction.

The collecting unit 200 may function to accommodate insects sucked through the suction pipe 110 due to the suction wind power when the insects sucked into the suction pipe 110 are blocked by the blocking net 130 and are directed to the lower portion of the suction pipe 110.

The collecting part 200 may be divided into a collecting upper end 210 and a collecting lower end 220 forming an upper end and a lower end.

When the collecting upper end 210 and the collecting lower end 220 are separated, a sorting container 230 may be coupled and attached therebetween.

The sorting bin 230 has an open top and bottom shape, and the outer periphery of the sorting bin 230 may have a shape that is in close contact with and coupled to the inner circumferences of the collecting upper end 210 and the collecting lower end 220.

At this time, a protrusion-shaped collecting protrusions 211 and 221 are formed in the lower inner periphery of the collecting upper end 210 and the upper inner periphery of the collecting lower end 220, respectively, and collecting protrusions 211 and 221 in the upper and lower outer peripheries of the sorting container 230 are formed. A classification groove 232 having a groove shape corresponding to the shape of may be formed.

In addition, the collecting protrusions 211 and 221 and the sorting groove 232 may be provided to be formed at positions corresponding to each other.

Therefore, the collecting upper end 210 and the collecting lower end 220 may be coupled to each other while matching the sorting container 230, the rotating protrusion 122, and the sorting groove 232.

The collection unit 200 may be used by being combined with the collection top 210 and the collection bottom 220 without being separated. On the other hand, after separating the collection top 210 and the collection bottom 220, the sorting bin 230 ) Can also be used by attaching it between the upper collecting end 210 and the lower collecting end 220.

On the other hand, the sorting tank 230 may be provided with a plurality of sorting meshes 231 composed of meshes having different mesh sizes on each of the upper and lower surfaces.

A plurality of sorting meshes 231 attached to the upper and lower portions of the sorting bin 230 are provided so as to be detachable and attached, respectively, and sorting meshes 231 having an appropriate network size according to the size of insects to be collected are provided. It can be applied selectively and attached.

One end of the sorting mesh 231 is hinged with one side of the edge of the sorting bin 230, and the sorting mesh 231 can rotate and move the surface and the outer surface of the sorting bin 230 using the hinge coupling as a rotation axis. .

In addition, the sorting mesh 231 may be configured to be easily detached and attached to the sorting container 230 through the hinge coupling.

At this time, for smooth hinge coupling between the sorting bin 230 and the sorting mesh 231, one side of the upper and lower rims of the sorting bin 230 is formed with a concave groove having a size capable of receiving the hinge, and the concave groove The hinge is positioned in the classification container 230 and the classification mesh 231 can be hinged.

Meanwhile, the plurality of classification meshes 231 may be configured as meshes having different network sizes.

As an embodiment of the present invention, the sorting mesh 231 located at the top of the sorting bin 230 is provided with a mesh having a wide mesh size, and the sorting mesh 231 located at the bottom of the sorting bin 230 has a narrow size of the net. It may be provided with a mesh.

In this case, a plurality of spaces may be formed from the top to the bottom of the collecting part 200, but when two sorting meshes 231 are used as an embodiment of the present invention, a total of three internal spaces may be formed.

That is, the top of the collecting unit 200 is provided with a first sorting chamber 233 divided by a collecting top 210 and a sorting mesh 231 at the top of the sorting bin 230, and sorting the top of the sorting bin 230 As a space formed between the mesh 231 and the bottom sorting mesh 231, the second sorting chamber 234, and the third space between the sorting mesh 231 and the collecting bottom 220 of the sorting bin 230 A classification chamber 235 may be formed.

When inhaling by selectively attaching the suction mesh 120 to the suction pipe 110 according to the size of the insect to be collected, the insect entering the collecting unit 200 is composed of insects of the same or smaller size than the insect to be collected. Can be.

At this time, the classification mesh 231 of the collecting top 210 is provided with a network having a size that allows the insect to be collected to pass through, and the classification mesh 231 of the collecting bottom 220 allows the collecting target insect to pass through. When provided with a mesh of no size, insects to be collected are collected only in the first classification chamber 233 and the second classification chamber 234, and insects smaller than the collected insects are classified and collected in the third classification chamber 235. The probability of becoming is higher.

Then, the collector may separate the collecting bottom 220 from the sorting bin 230 to release all small insects that are not subject to collection, and allow only the collecting target insects to remain in the collecting unit 200.

On the other hand, when insects are inhaled in an open state without installing the suction mesh 120 in the suction pipe 110, the insect to be collected is located in the second classification chamber 234, and the first classification chamber 233 Larger insects are located in, and there is a high probability that smaller insects will be collected in the third classification chamber 235.

Then, the collector separates the sorting bin 230 from both the collecting top 210 and the collecting bottom 220, releasing all the insects collected in the first sorting room 233 and the third sorting room 235, and sorting the second. Only insects in the chamber 234 can be collected.

The sorting mesh 231, like the suction mesh 120, has a size of a network corresponding to the size of an insect to be collected, and can be attached and detached.

In addition, as another embodiment, the sorting bin 230 may be superimposed and combined up and down to be composed of a plurality, and the collecting unit 200 provided with a plurality of sorting bins 230 is provided with a plurality of sorting chambers, thereby preventing insects. It can be further subdivided and collected by size.

Meanwhile, a blowing fan (not shown) may be additionally provided at the upper center of the suction pipe 110.

The blowing fan may serve to push the insects sucked into the suction pipe 110 in the suction direction of the suction fan 310 and descend to the collecting unit 200 in a situation where they are blocked by the blocking net 130.

When the wind power of the blowing fan does not work, insects sucked into the suction pipe 110 may not move smoothly to the collecting unit 200 while being blocked by the blocking net 130.

Therefore, the blowing force generated by the blowing fan pushes the suction insects down to the collecting unit 200 so that the suction insects can be smoothly classified in the collecting unit 200.

On the other hand, the bottom surface of the collecting bottom 220 may be provided in a form in which the lid can be removed, and thus, small insects sent to the third sorting chamber 235 may be exposed to the outside as they are to be able to fly away.

In addition, when the bottom surface of the collecting lower end 220 is removed, it may be configured such that a mesh is provided on the bottom surface rather than completely open.

This serves as an outlet through which the blower can be discharged when the blower fan operates at the top of the suction pipe 110, and may also function to provide air through which insects accommodated in the collecting unit 200 can breathe.

The power unit 300 is formed extending at the other end of the suction unit 100, and the size of the power unit 300 can be enlarged compared to the suction unit 100, and the outside of the power unit 300 can function as a handle. have.

Inside the power unit 300, a suction power device for generating suction wind is provided, and power is supplied to the suction fan 310 generating suction power, the motor 330 driving the suction fan 310, and the motor 330. It may include a supply battery 320, a control unit 350 connected to the control unit 400 to control the power unit 300 by receiving an operation signal, and a blower port 340 for discharging the suction wind.

The control unit 400 is formed to extend at the other end of the power unit 300 and functions to adjust the power unit 300.

The control unit 400 has a polygonal control handle 420 in which a hollow is formed, and at the upper end of the control unit 400, on-off of power and the operation of the suction fan 310 are adjusted. It may be configured to include a control switch 410 that can be.

Since the operation of the suction fan 310 using the motor 330 and the battery 320 and the control of the control unit 350 therefor may be cited as a known technique, a description thereof will be omitted in the present invention.

Based on the above description, an example of use of the portable insect sorting and collecting device 10 according to a preferred embodiment of the present invention will be described as follows.

The portable insect sorting and collecting device 10 of the present invention may have a form in which a plurality of suction meshes 120 are attached to the front outer surface of the suction pipe 110 by a magnetic handle 121.

At this time, the plurality of suction meshes 120 are configured to have different sizes of networks.

The collector first selects the suction mesh 120 having the smallest network size through which the insect to be collected can pass.

And after separating it from the outer surface of the suction pipe 110 by grabbing the magnetic handle 121 of the suction mesh 120, it is rotated by the rotating protrusion 122 coupled to the rotating groove 113 of the suction pipe 110, and Attached to the front of the suction pipe (110).

At this time, the remaining suction meshes 120 are in close contact with and attached to the outer surface of the suction pipe 110.

After that, the collection top 210 and the collection bottom 220 of the collection unit 200 are separated, and the classification mesh 231 is mounted on the classification container 230.

At this time, the sorting mesh 231 located at the top of the sorting bin 230 is provided with a network having a size through which insects to be collected can pass, and the sorting mesh 231 located at the bottom of the sorting bin 230 is It is equipped with a network of a size that cannot pass through the insects to be collected.

After that, the sorting bin 230 is collected by fitting the sorting groove 232 formed on the outer periphery of the sorting bin 230 to the collecting protrusions 211 and 221 respectively formed in the inner circumference of the collecting top 210 and the collecting bottom 220 It is mounted between the upper end 210 and the collecting lower end 220.

The collector holding the portable insect sorting collector 10, which is ready to be collected by the above procedure, moves the suction pipe 110 toward the insect in proximity to the location of the insect to be collected, and then controls the operation switch 410 to control the suction fan 310. ) Is activated.

After checking whether insects are sucked into the suction pipe 110 and smoothly move to the collecting unit 200, if the insects stay inside the suction pipe 110 without moving to the collecting unit 200, the blowing fan is additionally operated. .

When the blowing fan is operated, the bottom cover of the collecting bottom 220 is opened so that the wind can escape through the bottom mesh.

After that, it is checked whether inhaled insects are introduced into the collecting unit 200 and are collected.

According to an embodiment of the present invention, when only one sorting bin 230 is mounted, the collection unit 200 includes 3 such as a first sorting room 233, a second sorting room 234, and a third sorting room 235. Internal spaces of dogs may be formed.

Insects to be collected are located in the second classification room 234, and if an insect larger than the collection target is inhaled, it is located in the first classification room 233, and insects smaller than the collection target are located in the third classification room 235. can do.

In the case of capturing only the insects to be collected, the classification bin 230 is separated from the collection top 210 and the collection bottom 220 to release the insects collected in the first classification chamber 233 and the third classification chamber 235. I can.

On the other hand, if you want to capture all the insects collected in each sorting room, separate the collected insects in a separate space where they will not be lost and transfer them to a specific storage container.

Meanwhile, in order to easily determine whether or not insects have been collected in the collecting unit 200, the collecting unit 200 may be made of a transparent material.

The embodiments of the present invention described above are merely exemplary, and those of ordinary skill in the art to which the present invention belongs will appreciate that various modifications and other equivalent embodiments are possible.

Therefore, it will be appreciated that the present invention is not limited to the form mentioned in the detailed description above. Therefore, the true technical protection scope of the present invention should be determined by the technical spirit of the appended claims.

In addition, the present invention is to be understood as including the spirit of the present invention as defined by the appended claims and all modifications, equivalents and substitutes within the scope thereof.

10: portable insect sorting and collecting machine
100: suction unit
110: suction pipe
111: suction hole
112: discharge hole
113: rotating groove
120: suction mesh
121: magnetic handle
122: rotating protrusion
130: blocking network
200: Collector
210: Gathering top
211, 221: gathering protrusion
220: bottom of collection
230: sorting bin
231: classification mesh
232: Classification home
233: Classification Room 1
234: Classification Room 2
235: Classification Room 3
300: power unit
310: suction fan
320: battery
330: motor
340: air outlet
350: control unit
400: control unit
410: operation switch
420: control handle

Claims (5)

A suction unit for sucking insects with a trumpet-shaped suction pipe that is wide at one end and narrows toward the other end;
A collecting unit provided in a tubular shape having an inner space formed at a lower center of the suction unit to collect the sucked insects;
A power unit extending from the other end of the suction unit and having a handle on the outside and a suction power unit on the inside; And
Includes; a control unit that is formed to extend at the other end of the power unit to adjust the power unit,
In the suction unit, a plurality of suction meshes with different mesh sizes are individually configured radially around the suction pipe, and each hinge is coupled to each edge of the suction pipe so that it can rotate and move between the suction pipe and the outer surface of the suction pipe, and the size of the insect to be collected Multiple suction meshes can be selectively installed on the suction pipe according to the
The collecting unit can be separated from the collecting top and the collecting bottom, and the sorting bins with open top and bottom are connected to the inner periphery of the collecting top and bottom, and the top and bottom surfaces of the sorting bins have a plurality of different sizes of nets. It further includes that each of the classification mesh is provided,
It is characterized in that it is possible to select and collect insects of a desired size by selectively attaching and detaching the suction mesh of the suction part and the sorting mesh of the collecting part,
The suction unit, rotating protrusions provided at both ends of one side of the suction mesh; A rotation groove provided inside the upper rim of the suction pipe; Further comprising; a magnetic handle extended to the other side of the suction mesh,
The suction pipe is made of a material to which a magnet can be attached, so that a suction mesh equipped with a magnetic handle can be attached to the side and upper edges of the suction pipe, and a plurality of suction meshes are provided in a state attached to the outer surface of the suction pipe, respectively. Portable insect screening and collecting device, characterized in that it further comprises. delete The method of claim 1,
The collecting unit may include a plurality of collecting protrusions respectively provided on a lower inner periphery of a collecting upper end and an upper inner periphery of a collecting lower end; And a sorting groove provided to correspond to the collecting protrusion in the form of grooves at the upper and lower outer peripheries of the sorting bin, and the collecting top, the collecting bottom, and the sorting bin are mutually detachable,
One end of the sorting mesh is hinge-coupled with one end of the sorting bin rim, so that the surface and the outer surface of the sorting bin can be rotated, and the sorting mesh can be replaced and attached to the sorting bin by exchanging the sorting mesh according to the size of the net. Portable insect screening and collecting machine. The method of claim 1,
The power unit, a suction fan for generating a suction force; A battery to supply power; A motor driving the suction fan; Vents; And a control unit for controlling the power unit with an operation signal of the control unit,
The control unit is a shape of a polygonal control handle having a hollow shape, and a portable insect sorting and collecting device further comprising a control switch provided at an upper end. The method of claim 1,
The suction unit is provided with a blocking net inside the other end to prevent inhaled insects from entering the power unit and provide a path to gather to the collecting unit,
A blowing fan is provided in the upper center of the suction part to direct the suction insects to the collecting part,
The collection unit is an internal space divided by a collection top, a collection bottom, and a sorting bin, and a plurality of sorting chambers are formed, and the inhaled insects are classified and collected by size in the sorting chamber. .

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