KR20200142750A - White grub sorting device - Google Patents

Abstract

The present invention relates to a white grub sorting device, and more particularly, to a device for sorting white grubs as products by classifying targets to be sorted including eggs, sawdust, excrement, cocoon, and white grubs by size. An object of the present invention is to provide a white grub sorting device that minimizes damage and loss of white grub products selected by classification of eggs, sawdust, excrement, cocoon and white grubs. The present invention increases the classification accuracy by classifying eggs, sawdust, excrement, cocoon and white grubs over several times using a first mesh network, a second mesh network, and a wire sorter, and eliminates additional screening works by workers, thereby reducing the time required for selection. In addition, the present invention can have an effect of reducing the stress of white grubs by preventing the characteristics of white grubs digging into crevices, and preventing white grubs from being killed by being caught in the crevices or grooves of the device, thereby minimizing the loss of white grubs and preventing frequent breakdowns of the device.

Description

Slug sorting device {WHITE GRUB SORTING DEVICE}

The present invention relates to a slugs sorting apparatus, and more particularly, to an apparatus for sorting product slugs by classifying sorting targets including eggs, sawdust, excrement, cocoon and slugs by size.

Recently, research on the function of natural raw materials in relation to functional foods has been actively conducted, and studies on insects, which occupy a large number of species on the planet, are being activated. Since ancient times, insects have been frequently used as medicinal herbs, and about 30 species, such as slugs, silkworms, cicada hulls, cordyceps or centipedes, are used as useful insect resources.

Among the above insect types, slugs are similar in body to silkworms, but their body length is short and thick, cylindrical, and the tip of their abdomen is C-shaped, relieves blood from blood, liver, diabetes, gynecological diseases, bruises, gout, inflammation removal, and eyes such as cataracts. It is very effective against diseases and is used as a herbal medicine.

Due to this, the development of a device for breeding edible slugs and sorting the bred slugs was made, but conventional slug sorting machines cannot classify adults, slugs, excrement, sawdust, eggs, etc. at the same time, and have to classify them by single. .

For this reason, a number of workers were inputted and had to be sorted manually. Accordingly, it was difficult to accurately sort, and thus, the quality of the sorted product was greatly degraded, and a problem in that it took a lot of time to sort occurred.

1. Korean Patent Registration No. 10-1889024 (announced on August 16, 2018) 2. Korean Patent Registration No. 10-1873496 (announced on July 2nd, 2018)

An object of the present invention is to provide a slug sorting device that minimizes damage and loss of commodity slugs selected by classification of eggs, sawdust, excrement, cocoon and slugs.

The slug sorting device according to an embodiment of the present invention for achieving the above object is an enclosure having an accommodation space formed therein, a vibration device provided under the enclosure and vibrating the enclosure, and inside the enclosure And a first mesh network that is vibrated by the vibration device to first classify the object to be sorted, and is provided under the first mesh network inside the enclosure, and is vibrated by the vibration device so that it is not subject to primary classification. A second mesh net for secondary classification of the object, provided between the ground and the vibration device, a vibration-proof spring for preventing the vibration generated from the vibration device from being transmitted to the ground, and provided on one side of the enclosure, the first It characterized in that it comprises a wire sorter for tertiary classification according to the size of the primary classification object by the mesh network.

In addition, the enclosure is provided on the inner upper side, is formed on one side of the first hopper into which the object to be sorted is input, and is formed on the first discharge hole and the other side for discharging the primary sorting object, and a first for discharging the secondary sorting object. It characterized in that it includes 2 discharge holes.

In addition, the vibration device is a vibration motor provided on one side of the enclosure, one end is coupled to the vibration motor, a vibration link that transmits the driving force of the vibration motor and is provided under the enclosure, and one side of the vibration link It characterized in that it comprises an LM guide coupled to the other end vibrating by the driving force of the vibration motor.

In addition, the LM guide includes a panel provided on an upper portion of the anti-vibration spring, a sliding portion provided between the upper surface of the panel and the lower surface of the enclosure, and fixedly coupled to the lower surface of the enclosure to slide, the panel It is fixedly coupled to the upper portion of the, the sliding portion is slidably coupled to the upper portion of the sliding guide for guiding the sliding portion and a link connection portion provided on one side of the upper surface of the panel, and fixedly coupled to the other end of the vibration link. It features.

In addition, the first mesh network is fixedly coupled to the inside of the enclosure at a predetermined angle, and is provided under the first mesh network body, the first mesh network body for primary classification of the sorting object put into the enclosure, A second hopper for discharging an object other than the primary sorting object to the bottom and extending from one side of the first mesh net body is connected to the wire sorter, and the wire sorting object is the primary sorting object by vibration generated from the vibration device. It characterized in that it comprises a first moving plate to move.

In addition, the second mesh net is fixedly coupled to the enclosure at an angle symmetrical to the first mesh net from a lower portion of the first mesh net, and a second mesh net for secondary classification of the object discharged from the second hopper The body, a third hopper provided under the second mesh body and discharging an object other than the secondary classification target to the lower portion, and formed to extend from one side of the second mesh body to the outside of the enclosure, and the vibration It characterized in that it comprises a second moving plate for moving the secondary classification object to the outside of the enclosure by the vibration generated from the device.

In addition, the wire sorter has an open top, a wire sorter body having an accommodation space formed therein, and is provided on the enclosure side from the inside of the wire sorter body, and both ends are rotatably coupled to both side walls of the wire sorter body. A driven shaft is provided in a position spaced apart from the driven shaft by a predetermined distance inside the wire sorter body, both ends are rotatably coupled to both side walls of the wire sorter body, and rotated by a rotation motor provided on one side A drive shaft having a diameter larger than that of the driven shaft, the driven shaft, and the drive shaft are connected to rotate the driven shaft, and the first classification object is determined by using a step formed by a different diameter of the driven shaft and the drive shaft. A wire for tertiary sorting according to size, provided on the driven shaft side from the lower part of the wire, and a fourth for discharging a sorting object corresponding to the first size among the primary sorting targets classified by the wire to the bottom It includes a hopper and a fifth hopper provided on the drive shaft side from the lower portion of the wire and for discharging a sorting object corresponding to a second size larger than a first size among the first sorting targets classified by the wire to the bottom. Characterized in that.

In addition, it is provided on one side of the driven shaft or the drive shaft, characterized in that it further comprises a tension bearing for maintaining the tension of the wire. In addition, when the diameters of the driven shaft and the drive shaft are the same, the distance between the wires is adjusted to classify the primary classification target according to the size.

The present invention increases the classification accuracy by classifying eggs, sawdust, excrement, cocoon and slugs over several times using a first mesh network, a second mesh network, and a wire sorter, and additional selection work by workers By omitting it, the time and cost required for selection can be reduced.

In addition, the present invention reduces the stress of the slugs by preventing the characteristics of slugs digging into the crevices by selecting the slugs using a wire, and minimizes the loss of slugs and prevents them from getting caught in the crevices or grooves of the device. It can have the effect of preventing frequent breakdowns.

In addition, the present invention prevents the vibration generated by the vibration device from being transmitted to the ground by providing a vibration-proof spring, thereby preventing the vibration of the wire sorter due to the vibration of the ground, and the vibration of the device due to the resonance of the ground and the device. It can prevent breakdown.

1 is a cross-sectional view of a slug sorting device according to the present invention
2 is a plan view of a slug sorting device according to the present invention
3 is an enlarged view A of FIG. 1
4 is an enlarged view B of FIG. 2
5 is a flowchart illustrating the operation of the vibration device according to the present invention

In the present invention, various modifications may be made and various embodiments may be provided, and specific embodiments will be illustrated in the drawings and described in detail in the detailed description. However, this is not intended to limit the present invention to a specific embodiment, it is to be understood to include all changes, equivalents, or substitutes included in the spirit and scope of the present invention.

In describing each drawing, similar reference numerals have been used for similar elements. In describing the present invention, when it is determined that a detailed description of a related known technology may obscure the subject matter of the present invention, a detailed description thereof will be omitted.

Terms such as first and second may be used to describe various elements, but the elements should not be limited by the terms. These terms are used only for the purpose of distinguishing one component from another component.

For example, without departing from the scope of the present invention, a first element may be referred to as a second element, and similarly, a second element may be referred to as a first element.

The term and/or includes a combination of a plurality of related listed items or any of a plurality of related listed items.

The terms used in the present application are used only to describe specific embodiments, and are not intended to limit the present invention.

Singular expressions include plural expressions unless the context clearly indicates otherwise. In the present application, terms such as "comprise" or "have" are intended to designate the presence of features, numbers, steps, actions, components, parts, or combinations thereof described in the specification, but one or more other features. It is to be understood that the presence or addition of elements or numbers, steps, actions, components, parts, or combinations thereof, does not preclude in advance.

Unless otherwise defined, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which the present invention belongs.

Terms such as those defined in commonly used dictionaries should be interpreted as having a meaning consistent with the meaning in the context of the related technology, and should not be interpreted as an ideal or excessively formal meaning unless explicitly defined in this application. Does not.

Hereinafter, a slug sorting apparatus according to a preferred embodiment of the present invention will be described in detail with reference to the drawings. 1 is a cross-sectional view of a slug sorting device according to the present invention. 2 is a plan view of a slug sorting device according to the present invention. 3 is an enlarged view A of FIG. 1. 4 is an enlarged view B of FIG. 2. 5 is a flowchart of the operation of the vibration device according to the present invention. Hereinafter, descriptions of conventionally known matters are omitted or simplified to clarify the subject matter of the present invention.

1 to 4, the slugs sorting device 1 according to the present invention can increase the classification accuracy by classifying eggs, sawdust, excrement, cocoon and slugs over several times, and slugs are caught in the gap of the device. By preventing dying, it is possible to minimize the loss of slugs and prevent frequent failure of the device. The slug sorting device 1 may include an enclosure 100, a vibration device 200, a first mesh network 300, a second mesh network 400, a vibration-proof spring 500, and a wire sorter 600. .

The enclosure 100 may have an accommodation space formed therein, and may be vibrated by the vibration device 200. In addition, the enclosure 100 may be coupled to the inside of the first mesh network 300 at a predetermined angle, and the second mesh network 400 is formed from the lower portion of the first mesh network 300. ) And can be combined at a symmetrical angle. The enclosure 100 may have a first hopper 110 formed on the inner upper portion thereof, and a sorting target may be introduced through the first hopper 110. In addition, the enclosure 100 may have a first discharge hole 120 formed on one side, and a second discharge hole 130 may be formed on the other side.

The first discharge hole 120 may be formed on a side having a low inclination of the first mesh network 300 coupled to the inside of the enclosure 100 at a predetermined angle, and the primary classification object may be discharged.

The second discharge hole 130 may be formed at a lower slope of the second mesh network 400, which is coupled at an angle symmetrical to the first mesh network 300 from the lower side of the first mesh network 300, and In other words, the subject of secondary classification may be discharged.

The vibration device 200 may be provided under the enclosure 100 and may vibrate the enclosure 100 by driving the vibration motor 210. The vibration device 200 may include a vibration motor 210, a vibration link 220 and an LM guide 230.

The vibration motor 210 may be provided on one side of the enclosure 100, and transmits driving force by being connected to the LM guide 230 coupled to the enclosure 100 through the vibration link 200 to transmit the driving force to the enclosure 100. Can vibrate.

The vibration link 220 may have one end coupled to the vibration motor 210 and the other end coupled to the LM guide 230. Accordingly, as shown in FIG. 5, the vibration link 220 has one end coupled to the vibration motor 210 rotated by the vibration motor 210, while the LM guide 230 controls the driving force of the vibration motor 210. I can deliver.

The LM guide 230 may be provided at the lower part of the enclosure 100 and at the upper part of the anti-vibration spring 500, and one side is coupled to the other end of the vibration link 220 to vibrate by the driving force of the vibration motor 210. have. The LM guide 230 may include a panel 231, a sliding part 232, a sliding guide 233, and a link connection part 234.

The panel 231 may be provided between the lower part of the enclosure 100 and the upper part of the anti-vibration spring 500, and a sliding part 232, a sliding guide 233, and a link connection part 234 may be provided on the upper surface. have. The panel 231 may be coupled to the other end of the vibration link 220 by the link connection part 234, and thus, may vibrate (slide) by receiving the driving force of the vibration motor 210.

The sliding part 232 may be provided in plural between the upper surface of the panel 231 and the lower surface of the enclosure 100, and may be fixedly coupled to the lower surface of the enclosure 100. In addition, the sliding part 232 may be provided above the sliding guide 233 and may slide along the sliding guide 233.

The sliding guide 233 may be fixedly coupled to the upper portion of the panel 231, and the sliding portion 232 may be slidably coupled to the upper portion to guide the sliding portion 232.

The link connection part 234 may be provided on one side of the upper surface of the panel 231 and may be fixedly coupled to the other end of the vibration link 220. Accordingly, when the vibration motor 210 is driven, the link connection unit 234 receives the driving force of the vibration motor 210 by rotating the vibration link 220 so that the LM guide 230 may vibrate.

The first mesh network 300 may be provided in the interior of the enclosure 100 at a predetermined angle, and is vibrated by the vibration device 200 to detect the sorting target that is put into the enclosure 100 through the first hopper 110. Can be classified first. Here, the screening target may include eggs, sawdust, excrement, cocoon, and slugs, and the screening target input through the first hopper 110 may be a state in which eggs, sawdust, excrement, cocoon, and slugs are mixed. . The first mesh network 300 may include a first mesh network body 310, a second hopper 320, and a first moving plate 330.

The first mesh network body 310 may be fixedly coupled to the enclosure 100 at a predetermined angle inside the enclosure 100, and may include an outer frame and a mesh formed of wires inside the outer frame. The first mesh network body 310 may first classify a sorting target that is put into the enclosure 100 through the first hopper 110, and the first sorting target is a first class by vibration of the vibration device 200. It may be moved to the wire sorter 600 along the first moving plate 330 extending to one side of the mesh net body 310. Here, the primary classification object may be cocoon and slugs among eggs, sawdust, excrement, cocoon, and slugs.

The second hopper 320 may be provided under the first mesh body 310 and discharge objects other than the primary classification object classified by the first mesh network body 310 to the lower portion. Here, objects other than the primary classification object may be eggs, sawdust, and excrement.

The first moving plate 330 may be formed to extend from one side of the first mesh body 310, and may pass through the first discharge hole 120 and be connected to the wire sorter 600. In addition, the first moving plate 330 may move the primary classification object to the wire sorting machine 600 by vibrating the enclosure 100 and the first mesh net body 310 by the vibration device 200. .

The second mesh net 400 may be provided at an angle symmetrical to the first mesh net 300 from the bottom of the first mesh net 300 inside the enclosure 100, and discharged from the second hopper 320 Objects other than those of the primary classification can be classified secondarily. The second mesh network 400 may include a second mesh network body 410, a third hopper 420 and a second moving plate 430.

The second mesh network body 410 may be fixedly coupled to the enclosure 100 at an angle symmetrical to the first mesh network 300 from the lower portion of the first mesh network 300, and includes an outer frame and a mesh formed inside the outer frame. It may be a form including. The second mesh network body 410 may classify a classification object having a size smaller than that of the primary classification object classified by the first mesh network body 310, and for this purpose, the second mesh network body 410 The size of the eye forming the mesh may be smaller than the mesh net body 310. Here, "eye" may mean a unit space between wires forming a mesh.

In addition, the second mesh net body 410 may secondary classify targets other than the primary classifying target discharged from the second hopper 320, and the second classifying target is a second class by vibration of the vibration device 200. It may be discharged to the outside along the second moving plate 430 extending to one side of the mesh net body 410. Here, the second classification target may be excrement among eggs, sawdust, and excrement.

The third hopper 420 may be provided under the second mesh body 410 and discharge objects other than the secondary classification object classified by the second mesh network body 410 to the lower portion. Here, objects other than the second classification object may be eggs or sawdust.

The second moving plate 430 may be formed to extend from one side of the second mesh body 410, and may pass through the second discharge hole 130 and be connected to the outside of the enclosure 100. In addition, the second moving plate 430 can move the secondary classification object to the outside of the enclosure 100 by vibrating the enclosure 100 and the second mesh body 410 by the vibration device 200. have.

The anti-vibration spring 500 may be provided between the ground and the vibration device 200, and may prevent the vibration generated from the vibration device 200 from being transmitted to the ground. In addition, the vibration isolating spring 500 may be provided with a vibration device 200 thereon, and may be coupled to the panel 231 of the LM guide 230 included in the vibration device 200.

The wire sorter 600 may be provided on one side of the enclosure 100, and the first sorting targets classified by the first mesh network body 310 and moved through the first moving plate 330 are 3 according to the size. Tea can be classified. The wire sorter 600 includes a wire sorter body 610, a driven shaft 620, a drive shaft 630, a wire 640, a fourth hopper 650, a fifth hopper 660, and a tension bearing 670. can do.

The wire sorter body 610 may be provided on the side of the enclosure 100 on which the first discharge hole 120 is formed, and may have a box shape with an open top. The wire sorter main body 610 may have an accommodation space formed therein, and accommodate the primary sorting object moved through the first moving plate 330.

The driven shaft 620 may be provided on the side of the enclosure 100 inside the wire sorter body 610, and both ends may be rotatably coupled to both side walls of the wire sorter body 610. In addition, the driven shaft 620 may be connected to the drive shaft 630 by a wire 640 and rotate together with the drive shaft 630 by rotation of the drive shaft 630.

The drive shaft 630 may be provided at a position spaced apart from the driven shaft 620 by a predetermined distance within the wire sorter body 610, and both ends are rotatably coupled to both side walls of the wire sorter body 610. I can. In addition, the drive shaft 620 may rotate by a rotation motor 631 provided at one side, and may rotate the driven shaft 620 connected by a wire 640. The drive shaft 630 may have a diameter larger than the diameter of the driven shaft 620, and the primary classification object may be classified into a third order by size through the upper and lower steps of the wire 640 generated accordingly. When the diameters of the driven shaft 620 and the drive shaft 630 are the same, the left and right spacing of the wire 640 on the drive shaft 630 side may be adjusted to thirdly classify the primary classification object according to the size.

Here, the driven shaft 620 and the driving shaft 630 may change positions from each other, and when the positions are changed from each other, the diameter of the driven shaft 620 may be formed larger than the diameter of the driving shaft 630. In addition, when the positions of the driven shaft 620 and the drive shaft 630 having the same diameter are changed from each other, the left and right spacing of the wire 640 on the driven shaft 620 side can be adjusted to classify the primary classification target according to the size. have.

That is, the size of the driven shaft 620 and the drive shaft 630 may have a larger diameter of the shaft provided at a position farther from the enclosure, and when the diameters of the driven shaft 620 and the drive shaft 630 are the same, it is further from the enclosure. It is possible to adjust the left and right spacing of the wire 640 connected to the shaft provided at a distant position.

The wire 640 may connect the driven shaft 620 and the drive shaft 630, and transmit the rotational force of the drive shaft 630 to the driven shaft 620 by connecting the driven shaft 620 and the drive shaft 630 The driven shaft 620 can be rotated. In addition, the wire 640 uses the upper and lower steps formed by different diameters of the driven shaft 620 and the driving shaft 630 for the primary classification object moved through the first moving plate 330 according to the size. Tea can be classified.

Here, when the diameters of the driven shaft 620 and the drive shaft 630 are the same, the first classification target can be classified into a third order by adjusting the left and right spacing of the wire 640 connected to the shaft provided at a position farther from the enclosure. .

The fourth hopper 650 may be provided at the side of the driven shaft 620 from the lower portion of the wire 640, and the classification target corresponding to the first size among the primary classification targets classified by the wire 640 Can be discharged to the bottom. Here, the position of the fourth hopper 650 is not limited to the driven shaft 620 side, but may be provided on the shaft side of the driven shaft 620 and the drive shaft 630 located closer to the enclosure. Here, the classification target corresponding to the first size may be a slug corresponding to the first and second instars among cocoons and slugs.

The fifth hopper 660 may be provided on the drive shaft 630 side from the lower portion of the wire 640, and corresponds to a second size larger than the first size among the primary classification targets classified by the wire 640 It can be discharged to the bottom of the classification object. Here, the position of the fifth hopper 650 is not limited to the drive shaft 630 side, but may be provided on a side of the driven shaft 620 and the drive shaft 630 that is farther from the enclosure. Here, the classification target corresponding to the second size may be a product slug corresponding to the third age among cocoons and slugs.

Here, the sorting target that is not classified by the upper and lower steps or the left and right intervals of the wire 640, that is, larger than the second size, may move to one end of the wire sorter 600 along the wire 640 and be discharged to the outside. . Here, the sorting object larger than the second size discharged to the outside may be a cocoon.

The tension bearing 670 may be provided on one side of the driven shaft 620 or the drive shaft 630, and may maintain the tension of the wire 640. Here, the present invention discloses maintaining the tension of the wire 640 as a bearing, but is not limited to maintaining the tension of the wire 640 with a bearing, but is replaced with a configuration capable of maintaining the tension of the wire 640 can do.

In the present invention, the second and third sorted sorting targets are included in the lower part of the end of the second moving plate 430 connected to the outside of the enclosure 100, the lower part of the fourth hopper 650, and the lower part of the fifth hopper 660. An acceptable sorting object classification box (not shown) may be provided.

The present invention is not limited to the specific preferred embodiments described above, and anyone of ordinary skill in the technical field to which the present invention pertains without departing from the gist of the present invention claimed in the claims can implement various modifications Of course, such changes are within the scope of the claims.

1: slug sorting device
100: enclosure
110: first hopper
120: first discharge hole
130: second discharge hole
200: vibration device
210: vibration motor
220: vibration link
230: LM guide
231: panel
232: sliding part
233: sliding guide
234: link connection
300: first mesh net
310: first mesh net body
320: second hopper
330: first moving plate
400: second mesh net
410: second mesh net body
420: 3rd hopper
430: second moving plate
500: anti-vibration spring
600: wire sorter
610: wire sorter body
620: driven shaft
630: drive shaft
631: rotary motor
640: wire
650: fourth hopper
660: fifth hopper
670: tension bearing

Claims (9)

An enclosure in which an accommodation space is formed therein;
A vibration device provided under the enclosure and vibrating the enclosure;
A first mesh network provided inside the enclosure and vibrating by the vibration device to first classify an object to be selected;
A second mesh network provided below the first mesh network in the enclosure and vibrating by the vibration device to secondary classify objects other than the primary classification target;
A vibration-proof spring provided between the ground and the vibration device and preventing vibration generated from the vibration device from being transmitted to the ground; And
A wire sorter provided on one side of the enclosure and configured to thirdly classify a primary classification object according to a size by the first mesh network; A slug sorting device comprising a. The method of claim 1,
The enclosure is
A first hopper provided on the inner upper side and into which the object to be sorted is put,
A first discharge hole formed on one side and discharging the primary classification object, and
It is formed on the other side, characterized in that it comprises a second discharge hole for discharging the secondary classification target slugs sorting device. The method of claim 1,
The vibration device is a vibration motor provided on one side of the enclosure,
One end is coupled to the vibration motor, a vibration link for transmitting the driving force of the vibration motor and
And an LM guide provided under the enclosure and having one side coupled to the other end of the vibration link to vibrate by a driving force of the vibration motor. The method of claim 3,
The above LM Guide is
A panel provided on the upper part of the anti-vibration spring,
A sliding part provided between the upper surface of the panel and the lower surface of the enclosure and fixedly coupled to the lower surface of the enclosure to slide,
A sliding guide fixedly coupled to the upper portion of the panel and slidably coupled to the upper portion to guide the sliding portion; and
It is provided on one side of the upper surface of the panel, characterized in that it comprises a link connecting portion fixedly coupled to the other end of the vibration link. The method of claim 1,
The first mesh network
A first mesh network main body that is fixedly coupled to the inside of the enclosure at a predetermined angle, and first classifies the sorting object put into the enclosure,
A second hopper provided under the first mesh body and discharging an object other than the primary classification object to the lower portion, and
A slug comprising a first moving plate extending from one side of the first mesh net body and connected to the wire sorter, and moving a primary classification object to the wire sorter by vibration generated from the vibration device. Sorting device. The method of claim 1,
The second mesh network
A second mesh net body fixedly coupled to the enclosure at an angle symmetrical to the first mesh net at a lower portion of the first mesh net, and secondly classifying the object discharged from the second hopper,
A third hopper provided under the second mesh body and discharging objects other than the second sorting target to the bottom; and
And a second moving plate formed to extend from one side of the second mesh body to the outside of the enclosure, and to move a secondary classification object to the outside of the enclosure by vibration generated from the vibration device. Slug sorting device. The method of claim 1,
The wire sorter
The main body of the wire sorting machine with the upper part open and the receiving space formed therein,
A driven shaft provided on the enclosure side from the inside of the wire sorter body, and both ends are rotatably coupled to both side walls of the wire sorter body,
The bell is provided at a position spaced apart from the driven shaft by a predetermined distance inside the wire sorter body, both ends are rotatably coupled to both side walls of the wire sorter body, and rotated by a rotary motor provided at one side A drive shaft with a larger diameter than the coaxial,
A wire that connects the driven shaft and the drive shaft to rotate the driven shaft, and classifies a primary classification object according to a size by using a vertical step formed by different diameters of the driven shaft and the drive shaft,
A fourth hopper that is provided on the driven shaft side from the lower portion of the wire, and discharges the sorting object corresponding to the first size among the primary sorting targets classified by the wire to the bottom, and
It is provided on the drive shaft side from the lower portion of the wire, comprising a fifth hopper for discharging a sorting object corresponding to a second size larger than the first size among the primary sorting objects classified by the wire to the bottom Slug sorting device, characterized in that. The method of claim 7,
A slug sorting device, further comprising a tension bearing provided on one side of the driven shaft or the drive shaft and maintaining tension of the wire. The method of claim 7,
When the diameters of the driven shaft and the drive shaft are the same, the wire is selected from the driven shaft and the drive shaft by adjusting the spacing of the wires connected to the shaft provided at a position farther from the enclosure. A slug sorting device, characterized in that for sorting tea.

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