A device for reclassifying and collecting the contents of the recovery equipment for recycling tonbag waste

Abstract

The disclosed content relates to a device for reclassifying and collecting contents of a ton bag waste recovery device, comprising a mesh drum (210) composed of a first and second skirt section (211) (212) having first and second contact surfaces (2112) (2122) formed between first and second ring-shaped jaw sections (2111) (2121), and a mesh plate (215) formed between the first and second skirt sections (211) (212); a drive motor (224), a drive bearing section (225), a first drive roller (222) that rotates the mesh drum (210) while in close contact with the first contact surface (2112) of the first skirt section (211), and a device that rotates the mesh drum (210) while in close contact with the first and second contact surfaces (2112) (2122) of the second skirt section (212). A device for reclassifying and collecting contents of a ton bag waste recovery equipment is provided, comprising: a mesh drum drive module (220) made of a second drive roller (223); a casing body (230) that covers a mesh drum (210) as a rectangular cylindrical body (231); a powder collecting unit (250) made of a collecting screw (253) that collects powder dropped from below the mesh drum (210); and a main collecting unit (270) that collects coarse particles caught and discharged from the mesh drum (210), which is sealed with a casing (271) on the side of the mesh drum discharge port (218).

Description

Technology Field

[0001] The present invention relates to a device for reclassifying and collecting the contents of a ton bag waste recovery device. Background Technology

[0002] Generally, a ton bag refers to a bag that holds more than 1 ton of contents. It typically refers to a bag capable of holding contents such as grains, fertilizers, minerals, chemical raw materials, and plant raw materials in a specified weight, and is used when transporting or packaging contents for loading and storage.

[0003] These ton bags are called bulk bags, sacks, pouches, or ton sacks, and can hold contents such as fertilizers, minerals, chemical raw materials, and grains. They are typically formed in the shape of a sack with an open top, and a handle is formed on the top edge so that after filling with contents, a forklift's fork can be hooked onto the handle to transport them.

[0004] The general structure of a ton bag takes the form of a sack, such as a circular or rectangular shape, with an open top. Two to three carrying straps are formed along the top rim to allow forklift forks to be hooked during transport, and these carrying straps are formed by a band (belt) sewn along the outer surface of the ton bag. Meanwhile, an opening is formed at the bottom of the ton bag to discharge the contents, and this opening is closed or opened by a binding strap formed on the ton bag. That is, the opening is closed when the binding strap is tied and opens when the tied strap is untied. Under normal circumstances, this opening is maintained in a closed state so that contents can be placed in the ton bag.

[0005] Meanwhile, regarding the known ton bag cutting hopper device for recycling the crushed contents of such ton bags, Public Patent No. 10-2018-0124191 (published November 21, 2018) is equipped with an inclined conveyor on the discharge side of a hopper equipped with a cutting means. Since the above ton bag cutting device is further equipped with a conveyor facility for transporting the discharged material, it must be transported to a separate sorting device using a vehicle (truck) for separate recycling.

[0006] Therefore, it was impossible to simultaneously shred and cut ton bags as well as small-capacity plastic bags within a single system without separate transport, and no system was known that could recycle the contents after shredding. In order to recycle primary shredded waste materials, rather than solidified chlorides from known cutting devices, it was necessary to reclassify the contents after shredding and also to have a means to prevent air pollution caused by gases and dust generated during the reclassification.

[0007] In addition, there has been a need for a recycling device capable of classifying and collecting the debris discharged after cutting the ton bag according to its thickness so that it can be reused.

[0008] Therefore, there has been a need for an efficient waste material recycling collection device capable of capturing waste, along with a means to reclassify the cut ton bag discharges for reuse according to their degree of separation (coarseness). Prior art literature

[0009] Republic of Korea Registered Patent 10-1235558 (Registration Date 2013.02.15) Republic of Korea Registered Patent 10-1434818 (Registration Date 2014.08.20) Republic of Korea Registered Utility Model 20-0441487 (Registration Date 2008.08.13) Republic of Korea Registered Patent 10-1144432 (Registration Date 2012.05.02) Republic of Korea Registered Patent 10-0817900 (Registration Date 2008.03.24)

[0010] Republic of Korea Published Patent 10-2006-0054313 (Publication Date 2006.05.22) Republic of Korea Published Patent 10-2005-0099622 (Publication Date 2005.10.14) The problem to be solved

[0011] The present invention aims to provide a system for simultaneously crushing and cutting ton bags as well as small-capacity plastic bags within a single system without a separate transport means, and for recycling the contents after crushing, and to provide a recycling collection device for ton bag contents that filters and classifies the contents after crushing so that the primary crushed waste materials can be reclassified and recycled, and classifies and collects reusable items from the cut ton bag contents. means of solving the problem

[0012] A contents reclassification and collection device for a ton bag waste recovery equipment according to a preferred embodiment of the present invention for achieving the above objective is,

[0013] The apparatus comprises: first and second skirt sections (211) (212) that form an open cylindrical shape with an inlet (217) and an outlet (218), and form first and second contact surfaces (2112) (2122) between first and second ring-shaped jaw sections (2111) (2121) along the outer edges of the inlet (217) and outlet (218), respectively; a third skirt section (216) that extends in a tubular shape from the second skirt section (212); a mesh plate (215) formed between the first and second skirt sections (211) (212); a spiral support bar (213) that forms a vertical width surface (2131) while forming a spiral shape along the inner surface of the mesh plate (215); and several vertical support bars (214) that penetrate the vertical width surface (2131) of the spiral support bar (213). Mesh drum (210);

[0014] A mesh drum driving module (220) comprising a driving motor (224), a reduction gear for controlling the rotational speed of the driving motor, a bevel gear for changing the rotational direction, a bearing, a spacer, a finishing nut, a bearing bracket, etc. formed therein, a driving bearing member (225), a shaft (221) connected from the driving bearing member (225), a first driving roller (222) formed at one end of the shaft (221) and driving the mesh drum (210) while in close contact with the first contact surface (2112) of the first skirt member (211), and a second driving roller (223) that drives the mesh drum (210) while in close contact with the second contact surface (2122) of the second skirt member (212) on the other side of the mesh drum (210) at the other end of the shaft (221);

[0015] A casing body (230) that is a rectangular cylindrical body (231), has idle rollers (234) installed to support the mesh drum (210) in idle rotation at the first and second skirt portions (211) (212) of the mesh drum (210), has an upper portion forming an upper casing (233), and a lower portion installed to communicate with a powder collection portion (250);

[0016] A square body (251) having a wide top and a narrow bottom (referring to a shape that is wide at the top and narrow at the bottom, hereinafter referred to as "wide top and narrow bottom") that forms a narrow opening (252) with a lower opening to collect powder dropped from below a mesh drum (210); a pair of collecting screws (253) installed to rotate facing each other along the opening (252); a powder collecting casing (254) covering the lower side of the collecting screws (253); a powder discharge port (256) vertically installed below the center of the powder collecting casing (254), having a rotating opening / closing plate (255) installed inside, and having a bag connection end (258) formed at the bottom; a driving motor (2571) to drive the collecting screws (253); a reduction gear that controls the rotational speed of the driving motor; and a device that switches the rotational direction. A powder collection unit (250) having a collection drive unit (257) formed with a drive bearing unit (2572) having a bevel gear, bearing, spacer, end nut, bearing bracket, etc.; and

[0017] A main collection unit (270) comprising: a mesh drum discharge port (218) that is sealed with a casing (271), a discharge path (273) that is wider at the top and narrower at the bottom in the sealed space, a collection trolley (272) that collects coarse particles discharged from the mesh drum (210) at the bottom of the discharge path (273), an elastic bellows discharge port (274) that covers the input port (2721), a support frame (2751) that forms an insertion groove (2752) at the upper end of the bellows discharge port (274) to form an opening / closing door (2753) to block or open the falling space, and a sensor (2754) that detects whether the opening / closing door (2753) is open or closed, and a shutter member (275) that forms a sensor (2754) to detect whether the opening / closing door (2753) is open or closed.

[0018] A contents reclassification and collection device for a ton bag waste recovery equipment according to a preferred embodiment of the present invention for achieving the above objective is,

[0019] It is preferable to further include a brushing module (240) comprising a brush bar (241) installed between a casing body (230) and a mesh drum (210) to brush off dust on the outside of the mesh drum (210), a drive motor (244) to rotate the brush bar (241), a reduction gear to control the rotational speed of the drive motor, a bevel gear to change the rotational direction, a bearing, a spacer, a finishing nut, a bearing bracket, etc., and a drive bearing part (245).

[0020] A contents reclassification and collection device for a ton bag waste recovery equipment according to a preferred embodiment of the present invention for achieving the above objective is,

[0021] It is preferable to further include a dust collection filter unit (260) that forms a cover (262), a discharge chamber (263) that forms a space for the gas to be retained after filtration and a discharge port (264), and a filter member (261) installed on the inner side of the top plate (233) of the outer casing (230) to filter and discharge internal gas.

[0022] A contents reclassification and collection device for a ton bag waste recovery equipment according to a preferred embodiment of the present invention for achieving the above objective is,

[0023] It is preferable to further include a mesh drum spacing adjustment module (280) installed to suppress the movement spacing of a mesh drum (210) in which the contact roller (281) is rotating, comprising: a contact roller (281) positioned in the gap between the first and second skirt sections (211) (212); a bracket (282) supported from the inside of the casing body (230) while the contact roller (281) is seated and having an elongated hole (283) formed in the gap length of the first and second skirt sections (211) (212); a support bar (284) that supports the contact roller (281) by penetrating the elongated hole (283) of the bracket (282); and a tightening nut (285) that fixes the support bar (284).

[0024] A contents reclassification and collection device for a ton bag waste recovery equipment according to a preferred embodiment of the present invention for achieving the above objective is,

[0025] It is preferable to further include a catwalk frame (290) comprising several main columns (291) vertically installed at a predetermined height, a horizontal frame (292) installed on the main columns (291) with a horizontal U-shape and a predetermined width, a handrail (293) divided into several sections along the horizontal frame (292), a worker's step (294) installed inside the horizontal frame (292), a support part (295) formed along the edge of the central opening so that a casing body (230) containing a mesh drum is seated thereon, a worker's ladder (296) installed on one side of the handrail (293), and a passageway handrail (297) that blocks the ladder (296).

[0026] A contents reclassification and collection device for a ton bag waste recovery equipment according to a preferred embodiment of the present invention for achieving the above objective is,

[0027] A ton bag opening hopper section (110) comprising an inlet (113), an inner wall section (112) that narrows inward while forming a downward slope from the inlet, ventilation holes (114) formed at a predetermined position on the inner wall section (112), an outlet (111) formed below the inner wall section, a cutting module (116) that cuts and opens the bottom of the inserted ton bag (T), a sorting member (115) that spreads and drops the material discharged from the cut ton bag, and an opening / closing cover (117) installed on one side of the outside to block the inlet (113) and connected to a hinge shaft (1173) by a cylinder rod (1172) to open and close the inlet (113).

[0028] A contents reclassification and collection device (100) comprising: a crushing roll (122) that is engaged to compress and crush the contents of an inserted plastic bag together with the plastic; a driving unit (123) consisting of a driving motor (1231), a reduction gear (1232), a shaft (1233), and a bearing (1234) installed externally to drive the crushing rolls (122); a discharge port (124) for discharging the crushed contents downward; an opening / closing cover (125) installed externally to seal the input port (121); and a crushing hopper unit (120) having a vibrator (126) installed below the crushing roll (123) to apply vibration to facilitate the discharge of the plastic after crushing; and

[0029] The apparatus comprises: first and second skirt sections (211) (212) that form an open cylindrical shape with an inlet (217) and an outlet (218), and form first and second contact surfaces (2112) (2122) between first and second ring-shaped jaw sections (2111) (2121) along the outer edges of the inlet (217) and outlet (218), respectively; a third skirt section (216) that extends in a tubular shape from the second skirt section (212); a mesh plate (215) formed between the first and second skirt sections (211) (212); a spiral support bar (213) that forms a vertical width surface (2131) while forming a spiral shape along the inner surface of the mesh plate (215); and several vertical support bars (214) that penetrate the vertical width surface (2131) of the spiral support bar (213). Mesh drum (210) and,

[0030] A mesh drum drive module (220) comprising a drive motor (224), a reduction gear for controlling the rotational speed of the drive motor, a bevel gear for changing the rotational direction, a bearing, a spacer, a finishing nut, a bearing bracket, etc. formed therein, a drive bearing member (225), a shaft (221) connected from the drive bearing member (225), a first drive roller (222) formed at one end of the shaft (221) and rotating the mesh drum (210) while in close contact with the first contact surface (2112) of the first skirt member (211), and a second drive roller (223) that rotates the mesh drum (210) while in close contact with the second contact surface (2122) of the second skirt member (212) on the other side of the mesh drum (210) at the other end of the shaft (221), and

[0031] A casing body (230) that is a rectangular cylindrical body (231), has idle rollers (234) installed to support the mesh drum (210) in idle rotation at the first and second skirt portions (210) of the mesh drum (210), has an upper portion forming an upper casing (233), and a lower portion installed to communicate with a powder collection portion (250).

[0032] A square body (251) that is wider at the top and narrower at the bottom, forming a narrow opening (252) that is open at the bottom to collect powder dropped from below a mesh drum (210); a pair of collecting screws (253) installed to rotate facing each other along the opening (252); a powder collecting part casing (254) covering the lower side of the collecting screws (253); a powder discharge port (256) that is vertically installed below the center of the powder collecting part casing (254), has a rotating opening / closing plate (255) installed inside, and has a bag connection end (258) formed at the bottom; and a driving part (2572) that includes a driving motor (2571) to drive the collecting screws (253), a reduction gear to control the rotational speed of the driving motor, a bevel gear to change the rotational direction, a bearing, a spacer, a finishing nut, a bearing bracket, etc. A powder collection unit (250) equipped with a collection drive unit (257), and

[0033] A reclassification collection device (200) comprising a main collection unit (270) which is sealed with a casing (271) on the side of the mesh drum discharge port (218), forms a discharge path (273) that is wider at the top and narrower at the bottom in the sealed space, and at the bottom of the discharge path (273) a collection trolley (272) for collecting coarse particles caught and discharged from the mesh drum (210), a bellows discharge port (274) having elasticity that covers the input port (2721), and a shutter member (275) which forms an opening / closing door (2753) to block or open the falling space by forming a support frame (2751) with an insertion groove (2752) formed at the upper part of the bellows discharge port (274) and a sensor (2754) for detecting whether the opening / closing door (2753) is open or closed;

[0034] It can be implemented as a contents reclassification and collection device of ton bag waste recovery equipment including. Effects of the invention

[0035] As described above, according to a preferred embodiment of the present invention, a device for reclassifying and collecting contents of a ton bag waste recovery device is provided, which enables the simultaneous crushing and cutting of ton bags as well as small-capacity plastic bags within a single system without a separate means of transport, and also provides a system for recycling the contents after crushing.

[0036] In addition, according to a preferred embodiment of the present invention, a recycling collection device for ton bag contents is provided, which filters and classifies the contents after crushing so that primary crushed waste materials can be reclassified and recycled, and also classifies and collects the cut ton bag contents so that they can be reused. Brief explanation of the drawing

[0038] FIG. 1a is an overall facility perspective view showing the entire crushing and repackaging device for ton bag contents, in which the contents reclassification and collection device of the ton bag waste recovery equipment of the present invention is implemented. FIG. 1b is a perspective view showing the equipment of the contents reclassification and collection device of the ton bag waste recovery equipment of the present invention. FIG. 2 is an excerpted perspective view showing the catwalk frame of the contents reclassification and collection device of the ton bag waste recovery equipment of the present invention separated, and FIG. 3a is a cutaway perspective view showing the internal structure of the contents reclassification and collection device of the ton bag waste recovery equipment of the present invention, and FIG. 3b is a longitudinal cross-sectional view illustrating the internal structure of the contents reclassification and collection device of the ton bag waste recovery equipment of the present invention, and FIG. 3c is a front view of the contents reclassification and collection device of the ton bag waste recovery equipment of the present invention, and FIG. 4a is a cross-sectional view illustrating the internal structure of the contents reclassification and collection device of the ton bag waste recovery equipment of the present invention, and FIG. 4b is a perspective view showing the internal mesh drum installation structure of the contents reclassification and collection device of the ton bag waste recovery equipment of the present invention, and FIG. 4c is an excerpted perspective view of a mesh drum forming a mesh drum inside the contents reclassification and collection device of the ton bag waste recovery equipment of the present invention, and FIG. 5a is an internal perspective view illustrating the operational relationship between the mesh drum and the mesh drum drive module of the contents reclassification and collection device of the ton bag waste recovery equipment of the present invention. FIG. 5b is an enlarged view of a key part showing the gap adjustment structure during operation of the mesh drum and mesh drum driving module of the contents reclassification and collection device of the ton bag waste recovery equipment of the present invention, and FIG. 6a is a perspective view showing the interior of a powder collection section of the contents reclassification and collection device of the ton bag waste recovery equipment of the present invention, partially cut open. FIG. 6b is a cross-sectional view of the powder collection section of the contents reclassification and collection device of the ton bag waste recovery equipment of the present invention, and FIG. 7a is an upper excerpt perspective view of the casing body forming the dust collection filter section of the contents reclassification and collection device of the ton bag waste recovery equipment of the present invention, and FIG. 7b is a cross-sectional view illustrating the interior of the dust collection filter section of the contents reclassification and collection device of the ton bag waste recovery equipment of the present invention, and FIG. 8 is an excerpted perspective view showing a catwalk station of the contents reclassification and collection device of the ton bag waste recovery equipment of the present invention, and FIGS. 9a and 9b are overall combined perspective views illustrating the first and second directions of the combined state of the ton bag opening and crushing device and the contents classification and collection device of the ton bag waste recycling recovery equipment of the present invention, and FIG. 10 is a unidirectional perspective view of the ton bag opening and crushing device of the ton bag waste recycling recovery equipment of the present invention, and FIG. 11 is a side cross-sectional view taken by cutting one side of the ton bag opening and crushing device of the ton bag waste recycling recovery equipment of the present invention, and FIG. 12 is a cut-out perspective view of one side of the ton bag opening and crushing device of the ton bag waste recycling recovery equipment of the present invention, and FIG. 13 is an excerpted perspective view of the ton bag opening hopper section of the ton bag opening and crushing device of the ton bag waste recycling recovery equipment of the present invention, and FIG. 14 is a cross-sectional view of the ton bag opening hopper section of the ton bag opening and crushing device of the ton bag waste recycling recovery equipment of the present invention, and FIG. 15 is a first-directional perspective view of the crushing hopper section of the ton bag opening and crushing device of the ton bag waste recycling recovery equipment of the present invention, and FIG. 16 is a cross-sectional view of the crushing hopper section of the ton bag opening and crushing device of the ton bag waste recycling recovery equipment of the present invention, and FIG. 17 is a perspective view of the dust collection filter section of the ton bag opening and crushing device of the ton bag waste recycling recovery equipment of the present invention, and FIG. 18 is a cutaway perspective view showing the interior of the dust collection filter section of the ton bag opening and crushing device of the ton bag waste recycling recovery equipment of the present invention, and FIG. 19 is an exploded perspective view of the conveyor section of the ton bag opening and crushing device of the ton bag waste recycling recovery equipment of the present invention, and FIG. 20 is a cutaway perspective view showing the interior of the conveyor section of the ton bag opening and crushing device of the ton bag waste recycling recovery equipment of the present invention, and FIG. 21 is an exploded perspective view of the opening / closing cover module of the ton bag opening and crushing device of the ton bag waste recycling recovery equipment of the present invention, and FIG. 22 is a cross-sectional view of the opening / closing cover module of the ton bag opening and crushing device of the ton bag waste recycling recovery equipment of the present invention, and FIG. 23 is an exploded perspective view of the vertical transfer conveyor module of the ton bag opening and crushing device of the ton bag waste recycling recovery equipment of the present invention, and FIG. 24 is a cross-sectional view of the vertical conveyor module of the ton bag opening and crushing device of the ton bag waste recycling recovery equipment of the present invention. Specific details for implementing the invention

[0039] The contents reclassification and collection device of a ton bag waste recovery equipment according to a preferred embodiment of the present invention will be described in detail below with reference to the attached drawings.

[0040] Among the attached drawings, FIG. 1a is an overall facility perspective view showing a ton bag waste recycling recovery equipment in which the contents reclassification and collection device of the ton bag waste recovery equipment of the present invention is implemented; FIG. 1b is a perspective view showing the facility of the contents reclassification and collection device of the ton bag waste recovery equipment of the present invention; FIG. 2 is an excerpted perspective view with the catwalk frame of the contents reclassification and collection device of the ton bag waste recovery equipment of the present invention separated; FIG. 3a is a cutaway perspective view showing the internal structure of the contents reclassification and collection device of the ton bag waste recovery equipment of the present invention; FIG. 3b is a longitudinal cross-sectional view explaining the internal structure of the contents reclassification and collection device of the ton bag waste recovery equipment of the present invention; FIG. 3c is a front view of the contents reclassification and collection device of the ton bag waste recovery equipment of the present invention; FIG. 4a is a transverse cross-sectional view explaining the internal structure of the contents reclassification and collection device of the ton bag waste recovery equipment of the present invention; FIG. 4b is of the ton bag waste recovery equipment of the present invention FIG. 4 is a perspective view showing the internal mesh drum installation structure of the contents reclassification and collection device, and FIG. 4 is an excerpt perspective view of a mesh drum forming a mesh drum inside the contents reclassification and collection device of the ton bag waste recovery equipment of the present invention.

[0041] The contents reclassification and collection device of the ton bag waste recovery equipment of the present invention according to the drawings above is largely composed of a mesh drum (210), a mesh drum driving module (220), a casing body (230), a brushing module (240), a powder collection unit (250), a dust collection filter unit (260), a main collection unit (270), a mesh drum spacing adjustment module (280), and a catwalk frame (290).

[0042] As illustrated in FIG. 1a, a casing body (230) equipped with a mesh drum (210), a mesh drum drive module (220), and a brushing module (240) is installed and fixed in the center of a catwalk frame (290), and a main collection unit (270) is installed to communicate with the outlet side of the mesh drum (210). On the other side, the discharge pipe (162) of a vertical conveyor module (160) is connected to an input port (237) for the contents of ton bags, vinyl bags, etc., that have been initially crushed or dropped from a ton bag opening and crushing device (200). A powder collection unit (250) is installed at the bottom of the casing body (230), and a predetermined power supply line is connected to enable operation. A dust collection filter unit (260) is installed inside the upper casing (233) of the casing body (230).

[0043] The mesh drum (210) is an open cylindrical shape forming an inlet (217) and an outlet (218), and first and second skirt sections (211) (212) each having first and second contact surfaces (2112) (2122) formed between first and second ring-shaped jaw sections (2111) (2121) along the outer edges of the inlet (217) and outlet (218), respectively, a third skirt section (216) extending in a tubular shape from the second skirt section (212), a mesh plate (215) formed between the first and second skirt sections (211) (212), a spiral support bar (213) forming a vertical width surface (2131) while forming a spiral shape along the inner surface of the mesh plate (215), and several of which penetrate the vertical width surface (2131) of the spiral support bar (213). It is made of a vertical support bar (214).

[0044] The mesh drum drive module (220) comprises a drive motor (224), a reduction gear that controls the rotational speed of the drive motor, a drive bearing part (225) formed with a bevel gear that changes the rotational direction, a bearing, a spacer, a finishing nut, a bearing bracket, etc., a shaft (221) connected from the drive bearing part (225), a first drive roller (222) formed at one end of the shaft (221) and rotating the mesh drum (210) while in close contact with the first contact surface (2112) of the first skirt part (211), and a second drive roller (223) that rotates the mesh drum (210) while in close contact with the second contact surface (2122) of the second skirt part (212) on the other side of the mesh drum (210) at the other end of the shaft (221).

[0045] The casing body (230) is a rectangular cylindrical body (231), and idle rollers (234) are installed to support the mesh drum (210) in idle rotation at the first and second skirt portions (210) of the mesh drum (210), the upper part forms an upper casing (233), and the lower part is installed to communicate with the powder collection portion (250) and covers it. Unexplained reference numeral 235 is a viewing window, and 236 is an input door.

[0046] The brushing module (240) is composed of a brush bar (241) installed between the casing body (230) and the mesh drum (210) to brush off dust from the outside of the mesh drum (210), and a drive shaft (246) connected to rotate the brush bar (241), and the drive shaft (246) is connected to a drive motor (244), a reduction gear, a bevel gear, a bearing, a spacer, and a finishing nut, and a drive shaft member (245) installed on the outside by covering it with a shaft member bracket.

[0047] The powder collection unit (250) comprises a square body (251) that is wider at the top and narrower at the bottom, forming a narrow opening (252) that is open at the bottom to collect powder dropped from below the mesh drum (210); a pair of collection screws (253) installed to rotate facing each other along the opening (252); a powder collection unit casing (254) covering the lower side of the collection screws (253); a powder discharge port (256) that is vertically installed below the center of the powder collection unit casing (254), has a rotating opening / closing plate (255) installed inside, and has a bag connection end (258) formed at the bottom; a drive motor (2571) for driving the collection screws (253); a reduction gear for controlling the rotational speed of the drive motor; and a gear for changing the rotational direction. A collection drive unit (257) can be formed, consisting of a drive bearing unit (2572) formed with a bevel gear, bearing, spacer, end nut, bearing bracket, etc.

[0048] The dust collection filter unit (260) forms upper and lower spaces (265) (268) by means of a partition (269) at a predetermined position on the top plate (233) of the outer casing (230) to filter and discharge internal gas, and incorporates several insertable filter members (261) between the upper and lower spaces (265) (268) to filter contaminated gas, dust, etc. from the lower part, extends and forms a discharge space (266) on one side of the upper space (265), and forms a discharge port (264) with a control damper (267) installed inside the discharge space (266), and the upper space (265) forms an openable cover (262) for replacing the filter members (261).

[0049] The main collection unit (270) is sealed with a casing (271) on the side of the mesh drum discharge port (218), and a discharge path (273) that is wider at the top and narrower at the bottom is formed in the sealed space. At the bottom of the discharge path (273), a flexible bellows discharge port (274) is formed to cover the inlet (2721) of a collection trolley (272) that collects the contents of coarse particles caught and discharged from the mesh drum (210). A support frame (2751) with an insertion groove (2752) is formed at the upper part of the bellows discharge port (274) to form an opening / closing door (2753) to block or open the falling space, and a sensor (2754) is formed to detect whether the opening / closing door (2753) is open or closed.

[0050] The contents reclassification and collection device of the ton bag waste recovery equipment of the present invention, constructed in this manner, begins all operations by driving the mesh drum (210). Crushed ton bag contents and finely crushed vinyl bag contents supplied to the rotating mesh drum (210) fall as fine dust classified on the mesh plate (215) of the mesh drum (210), and are collected in the powder collection unit (250) and simultaneously placed into a bag. At the same time, contents of a relatively large size filtered through the mesh drum (210) are moved from the discharge port (218) to the main collection unit (270) and fall, and are simultaneously placed into a bag connected to the bottom of the bellows tube (275) and packaged. Fine dust generated during the classification process through the mesh drum (210) moves upward within the casing body (230) and is filtered and discharged from the dust collection filter unit (260).

[0051] Among the attached drawings, Fig. 5a is an internal perspective view to explain the operational relationship between the mesh drum and the mesh drum driving module of the contents reclassification and collection device of the ton bag waste recovery equipment of the present invention, and Fig. 5b is an enlarged view of a key part showing the gap adjustment structure during operation of the mesh drum and the mesh drum driving module of the contents reclassification and collection device of the ton bag waste recovery equipment of the present invention.

[0052] The mesh drum spacing adjustment module (280) according to the drawings above comprises a contact roller (281) positioned in the gap between the first and second skirt sections (211) (212), a bracket (282) supported inside the casing body (230) while the contact roller (281) is seated and having an elongated hole (283) formed in the gap length of the first and second skirt sections (211) (212), a support bar (284) that supports the contact roller (281) by penetrating the elongated hole (283) of the bracket (282), and a tightening nut (285) that fixes the support bar (284), so that the contact roller (281) can be installed to suppress the movement gap of the mesh drum (210) while it is rotating.

[0053] That is, a contact roller (281) is brought into contact with the first skirt portion (211) to rotate the mesh drum (210) having the first skirt portion (211). At this time, the 360-degree rotational trajectory of the mesh drum (210) may deviate due to the gap between the skirt portions during the rotation of the mesh drum (210). If the rotational trajectory deviates, contact noise may occur not only with the contact roller (281) but also with the idler roller (234), as well as wear on the rollers and the contact surface of the skirt portion. The mesh drum gap adjustment module (280) of the present invention resolves such noise generation and noise generation.

[0054] That is, in addition to the contact roller (281) located in the gap between the first and second skirt sections (211) (212), the left and right spacing of the support bar (284) that supports the contact roller (281) by passing through the elongated hole (283) formed in the bracket (282) fixed to the casing body (230) is adjusted and installed by tightening it with a tightening nut (285). At this time, the contact roller (281) comes into close contact with the first and second contact surfaces (2112) (2122) between the first and second skirt sections (211) (212), thereby allowing the mesh drum (210) to rotate while moving in a forward direction without deviating from the rotational trajectory.

[0055] FIG. 6a is a perspective view showing the interior of a powder collection unit of the contents reclassification and collection device of the ton bag waste recovery equipment of the present invention, with a portion cut away, and FIG. 6b is a cross-sectional view of the powder collection unit of the contents reclassification and collection device of the ton bag waste recovery equipment of the present invention.

[0056] The powder collection unit (250) of the contents reclassification and collection device of the ton bag waste recovery equipment of the present invention according to the drawings comprises: a square body (251) that is wider at the top and narrower at the bottom, forming a narrow opening (252) that is open at the bottom to collect powder dropped from below the mesh drum (210); a pair of collection screws (253) installed to rotate facing each other along the opening (252); a powder collection unit casing (254) covering the lower side of the collection screws (253); a powder discharge port (256) that is vertically installed below the center of the powder collection unit casing (254), has a rotating opening / closing plate (255) installed inside, and has a bag connection end (258) formed at the bottom; a drive motor (2571) for driving the collection screws (253); a reduction gear for controlling the rotational speed of the drive motor; and a device for switching the rotational direction. A collection drive unit (257) is provided, comprising a drive bearing unit (2572) formed with a bevel gear, bearing, spacer, end nut, bearing bracket, etc.

[0057] That is, small contents that pass through the mesh plate (215) of the mesh drum (210) fall downward from the inside of the square body (251) which is wide at the top and narrow at the bottom, and are discharged toward the powder discharge port (256) from the center of a pair of collecting screws (253) that rotate facing each other. At this time, when contents are filled in the bags connected to the bag connecting end (258), a detection sensor (not shown) is used to detect this and block the open rotating opening / closing plate (255). Afterwards, the bags filled with contents are moved separately.

[0058] FIG. 7a is an upper excerpt perspective view of the casing body forming the dust collection filter section of the contents reclassification and collection device of the ton bag waste recovery equipment of the present invention, and FIG. 7b is a cross-sectional view to explain the interior of the dust collection filter section of the contents reclassification and collection device of the ton bag waste recovery equipment of the present invention.

[0059] The dust collection filter section (260) of the contents reclassification and collection device of the ton bag waste recovery equipment of the present invention according to these drawings is a filter member (261) installed on the inner side of the top plate (233) of the outer casing (230) to filter and discharge gas inside the casing.

[0060] A discharge chamber (263) and a cover (262) are formed, which together form a space where the gas remains after filtration and an outlet (264).

[0062] Among the attached drawings, Fig. 8 is an excerpted perspective view showing the catwalk station of the contents reclassification and collection device of the ton bag waste recovery equipment of the present invention, and Figs. 9a and 9b are overall combined perspective views showing the first and second directions of the combined state of the ton bag opening and crushing device and the contents classification and collection device of the ton bag waste recycling recovery equipment of the present invention.

[0063] The catwalk station (290) of the contents reclassification and collection device of the ton bag waste recovery equipment of the present invention illustrated in the drawing above comprises several main columns (291) vertically installed at a predetermined height, a horizontal frame (292) installed on the main columns (291) with a horizontal U-shape and a predetermined width, a handrail (293) divided into several sections vertically and horizontally along the horizontal frame (292), a worker's footrest (294) installed inside the horizontal frame (292), a support part (295) formed along the edge of the central opening to allow a casing body (230) containing a mesh drum to be seated, a worker's ladder (296) installed on one side of the handrail (293), and a passageway handrail (297) that blocks the ladder (296). Unexplained reference numeral 298 is an auxiliary column.

[0064] That is, in order to check whether the mesh drum (210), etc. is running or is malfunctioning, the operator can use a step (294) and a ladder (296) for the operator to look through each viewing window (235) of the casing body (231).

[0066] FIG. 10 is a one-way perspective view of the ton bag opening and crushing device of the ton bag waste recycling recovery equipment of the present invention, FIG. 11 is a side cross-sectional view of the ton bag opening and crushing device of the ton bag waste recycling recovery equipment of the present invention with one side cut, and FIG. 12 is a perspective view of the ton bag opening and crushing device of the ton bag waste recycling recovery equipment of the present invention with one side cut.

[0067] The ton bag opening and crushing device of the ton bag waste recycling recovery equipment of the present invention according to the drawings above is largely composed of a ton bag opening hopper section (110), a crushing hopper section (120), a dust filter section (130), a conveyor section (140), a frame (150), and a vertical conveyor module (160).

[0068] Specifically, the suspended ton bag is fed into the ton bag opening hopper section (110) with the cover (1171) open, and the bottom of the ton bag is opened and discharged downwards, and is first horizontally transported through the transfer conveyor section (140), and the contents of the transported waste are then transported upwards through the vertical transfer conveyor module (160) and transported to the contents reclassification and collection device (200).

[0069] In addition, small capacity plastic bags, etc. are finely crushed through the crushing hopper section (120) and first horizontally transported through the conveyor section (140), and the contents of the transported waste, etc. are then transported upward through the vertical conveyor module (160) and transferred to the contents reclassification and collection device (200). At this time, dust, etc. inside the conveyor section (140) is filtered and collected through a separate dust filter section (130) and released into the atmosphere.

[0070] These ton bag opening hopper section (110), crushing hopper section (120), dust filter section (130), transfer conveyor section (140), and vertical transfer conveyor module (160) are installed within the frame (150).

[0071] FIG. 13 is an excerpted perspective view of the ton bag opening hopper section of the ton bag opening and crushing device of the ton bag waste recycling recovery equipment of the present invention, and FIG. 14 is a cross-sectional view of the ton bag opening hopper section of the ton bag opening and crushing device of the ton bag waste recycling recovery equipment of the present invention.

[0072] According to these drawings, the ton bag opening hopper section (110) forms an inlet (111) that forms a rectangle at a predetermined interval, an inner wall section (112) that gradually narrows from the inlet (111) downwardly to the outlet (113), ventilation holes (114) are formed at a predetermined position on the inner wall section (112), and a hopper casing (118) is formed below the inlet (111) to form the exterior of a hopper structure that is wider at the top and narrower at the bottom.

[0073] An outlet (113) is formed at the lower end of the hopper casing (118). Inside the hopper casing (118), a ton bag cutting module (115) is provided, which has a pointed tip (1151) to cut and open the bottom of the inserted ton bag, and has a cutting blade (1152) formed at the tip (1151) that is narrow at the top and wide at the bottom, and is installed as a support (1153) in the central space.

[0074] A distribution head (1161) is formed in an inverted trapezoidal shape to classify and drop the ton bag discharge material cut below the ton bag cutting module (115), and a classification wing (1162) is formed at intervals on the inner wall (112) side, a guide wall (1163) is formed at the bottom of the distribution head (1161), and a drop opening (1164) is formed between each classification wing (1162), and a ton bag material classification module (116) is installed to adjust the discharge interval (a) by raising or lowering the height through a control hole (1165). The specific opening and closing structure of the opening and closing cover module (117) that opens and closes the input port (111) of the ton bag opening hopper section (110) will be described later.

[0075] FIG. 15 is a first-directional perspective view of the crushing hopper section of the ton bag opening and crushing device of the ton bag waste recycling recovery equipment of the present invention, and FIG. 16 is a cross-sectional view of the crushing hopper section of the ton bag opening and crushing device of the ton bag waste recycling recovery equipment of the present invention.

[0076] According to the drawings above, the crushing hopper section (120) forms a hopper body (125) consisting of a wide upper body (1251) that is open at the top to form an input port (121) and a narrow lower body (1252) that forms an output port (124) at the bottom. A crushing module (122) can be installed in a predetermined position inside the hopper body (125), which is set up by forming a pair of crushing rolls (1222) in a central space to compress, cut, and crush the contents of the inserted vinyl bag together with the vinyl, and forming a casing (1221) to seal the outer drive shaft (1233) of the crushing rolls (1222). A drive shaft (1233) is formed that extends from the central axis to drive the crushing rolls (1222) of the crushing module (122), and one end of the drive shaft (1233) is connected to a reduction connector (1232) to drive a drive motor (1231), and the other end of the drive shaft (1233) forms a common shaft (1234), thereby installing a crushing drive module (123). Additionally, a vibrator (126) may be installed to apply vibration to distribute and drop contents, such as crushed vinyl, so that they can be easily discharged. The specific configuration of the opening / closing cover module (127) that opens and closes the upper part of the hopper body (125) of the crushing hopper section (120) will be described later.

[0077] FIG. 17 is a perspective view of the dust collection filter section of the ton bag opening and crushing device of the ton bag waste recycling recovery equipment of the present invention, and FIG. 18 is a cutaway perspective view showing the interior of the dust collection filter section of the ton bag opening and crushing device of the ton bag waste recycling recovery equipment of the present invention.

[0078] The dust collection filter unit (130) according to the drawings above comprises a cylindrical body (131), at least two filter members (135) installed inside the body (131), an exhaust port (134) formed above the body (131), an external air inlet (135) through which fresh gas is sucked in in proportion to the exhaust force of the internal contaminated gas (Bernoulli's principle) to dilute the contaminated gas in the middle of the body (131), a dust diffusion unit (132) formed to gradually narrow the lower part of the body (131) so that the contaminated gas at the lower side spreads to a wide area, and a dust introduction unit (133) formed below it to filter and discharge the dust generated by the transfer conveyor unit (140) described later to the lower side.

[0079] FIG. 19 is an exploded perspective view of the conveyor section of the ton bag opening and crushing device of the ton bag waste recycling recovery equipment of the present invention, and FIG. 20 is a cutaway perspective view showing the interior of the conveyor section of the ton bag opening and crushing device of the ton bag waste recycling recovery equipment of the present invention.

[0080] According to the drawings above, the conveyor unit (140) is a hollow conveyor body (141) installed horizontally, and forms a first flange (1401) connected to the discharge port (113) of the ton bag opening hopper unit (110), a second flange unit (1402) connected to the discharge port (124) of the crushing hopper unit (120), a third flange (1403) connected to the inlet pipe unit (133) of the exhaust gas filter unit (130), and a discharge path (145) through which crushed vinyl and cut ton bags are discharged. A rotating shaft (143) is rotatably mounted within the body (141), and a conveyor screw (142) is formed spirally on the outside thereof. A driving motor (1451) and a reduction gear (1452) are formed on one side of the rotating shaft (143), and an idler shaft (146) is formed on the other end. It is installed to transport the drive unit (145), the cut and compressed contents of the ton bag opening hopper unit (110), and the crushed contents of the vinyl crushing hopper unit (120) to the discharge path (145), and at the same time to suck in and filter dust generated in the transfer pipe body (141) and exhaust it.

[0081] FIG. 21 is an exploded perspective view of the opening / closing cover module of the ton bag opening and crushing device of the ton bag waste recycling recovery equipment of the present invention, and FIG. 22 is a cross-sectional view of the opening / closing cover module of the ton bag opening and crushing device of the ton bag waste recycling recovery equipment of the present invention.

[0082] The opening / closing cover module (117) of the aforementioned ton bag opening hopper section (110) and the opening / closing cover module (127) of the crushing hopper section (120) operate on the same opening / closing principle, and since only the size of the opening end of the input port of the hopper section is different, this will be explained through a single drawing.

[0083] That is, the opening / closing cover module (117)(127) according to these drawings comprises a plate-shaped cover (1271) for closing and closing the open upper portion to seal the input port (121), a support member (1272) connected perpendicularly to one side of the cover (1271), a shaft bar (1274) installed linearly to perform rotational opening / closing of the support member (1272), a shaft member (1273) that rotatably supports both ends of the shaft bar (1274), a driving cylinder (1277) for providing rotational force, a base (1278) for supporting the driving cylinder (1277) at a predetermined position, and a connector (1279) that connects the middle portion of the shaft bar (1274) so ​​that the cylinder rod (1276) of the driving cylinder (1277) rotates the shaft bar (1274). An opening / closing cover module (127) for opening and closing the input port (121) can be installed.

[0084] To block and open / close the open upper portions of each ton bag opening hopper section (110) and vinyl crushing hopper section (120), opening / closing cover modules (117) and (127) may be provided with different sizes.

[0085] That is, a plate-shaped cover (1171)(1271), a support member (1172)(1272) connected perpendicularly to one side of the cover (1171)(1271), a shaft bar (1174)(1274) installed linearly to perform rotational opening and closing of the support member (1172)(1272), a shaft member (1173)(1273) that rotatably supports both ends of the shaft bar (1174)(1274), a driving cylinder (1175)(1275) for providing rotational force, a base plate (1178)(1278) for supporting the driving cylinder (1175)(1275) at a predetermined position, and a cylinder rod (1176)(1276) of the driving cylinder (1175)(1275) It consists of a connector (1177) (1277) connecting the middle portions of the shaft bars (1174) (1274) to rotate the shaft bars (1174) (1274).

[0086] FIG. 23 is an exploded perspective view of the vertical conveyor module of the ton bag opening and crushing device of the ton bag waste recycling recovery equipment of the present invention, and FIG. 24 is a cross-sectional view of the vertical conveyor module of the ton bag opening and crushing device of the ton bag waste recycling recovery equipment of the present invention.

[0087] A vertical conveyor module (160) according to the drawings above comprises a conveyor body (161), a screw conveyor (165) installed within the conveyor body (161) and rotating by forming screws at predetermined intervals along a central conveyor shaft (166), and a power generating means (164) (composed of a drive motor, a reduction gear, a bevel gear, a drive shaft, etc.) installed at the uppermost end of the screw conveyor (165) to rotate the screw conveyor (165), and the lowermost end of the conveyor screw (165) is installed to form an idler shaft (167).

[0088] As such, the ton bag opening and crushing device of the ton bag waste recycling recovery equipment according to the embodiment of the present invention feeds a suspended ton bag into a ton bag opening hopper section (110) with the cover (1171) open, opens the bottom of the ton bag, and discharges it downward, which is then transported horizontally in the first stage through the transfer conveyor section (140). The contents of the transported waste are then transported upward through the vertical transfer conveyor module (160) and transferred to the contents reclassification and collection device (200). Accordingly, an efficient ton bag opening and crushing device is provided that enables automatic classification of the crushed contents discharged and transported after the ton bag is cut. The present invention provides a ton bag cutting and discharge structure within the hopper that allows the bottom of the bag to be easily torn by the falling weight when the ton bag is opened, and simultaneously filters out large materials so that they are not discharged according to the gap during the falling passage.

[0090] The description of the above-described embodiments is merely an example with reference to the drawings to provide a more thorough understanding of the present invention, and should not be interpreted as limiting the present invention. Furthermore, it is obvious to those skilled in the art that various changes and modifications are possible within the scope of the basic principles of the present invention. Explanation of the symbols

[0092] 200: Contents reclassification and collection device, 210: Mesh drum, 211, 212: First and second skirt sections, 2111, 2121: First and second ring-shaped jaw sections, 2112, 2122: First and second contact surfaces, 213: Spiral support bar, 2131: Vertical width surface, 214: Vertical support bar, 215: Mesh plate, 216: Third skirt section, 217: Input port, 218: Output port, 220: Mesh drum drive module, 221: Shaft, 222: First drive roller, 223: Second drive roller, 224: Drive motor, 225: Drive bearing section, 230: Casing body, 231: Rectangular cylindrical body, 233: Upper casing, 234: Idler roller, 250: Powder collection unit, 251: Square body, 252: Opening, 253: Collection screw, 254: Powder collection unit casing, 255: Rotary opening / closing plate, 256: Powder discharge port, 257: Collection drive unit, 2571: Drive motor, 2572: Drive bearing unit, 258: Bag connecting end, 270: Main collection unit, 271: Casing, 272: Collection trolley, 2721: Input port, 273: Discharge path, 274: Bellows discharge pipe, 275: Shutter member, 2751: Support frame, 2752: Insertion groove, 2753: Opening / closing door, 2754: Sensor, 100: Ton bag opening and crushing device, 110: Ton bag opening hopper section, 111: Discharge port, 112: Inner wall section, 113: Input port, 114: Ventilation hole, 115: Classification member, 116: Cutting module, 117: Opening / closing cover, 1172: Cylinder rod, 1173: Hinge shaft, 120: Crushing hopper section, 121: Input port, 122: Crushing roll, 123: Drive section, 1231: Drive motor, 1232: Reducer, 1233: Shaft, 1234: Bearing, 124: Discharge port, 125: Opening / closing cover, 126: Vibrator, 130: Dust filter section, 131: Body, 132: Dust diffusion section, 133: Dust inlet section, 134: Exhaust port, 135: Filter member, 136: Outside air inlet pipe, 137: Opening / closing control plate, 140: Transfer conveyor section, 141: Transfer pipe body, 1401: First flange, 1402: Second flange section, 1403: Third flange, 142: Transfer screw, 143: Rotating shaft, 145: Drive section, 1441: Drive motor, 1442: Reducer, 1444: Bearing, 145: Discharge path, 150: Frame, 151: Vertical support, 152: Horizontal support, 160: Vertical transfer conveyor section, 161: Transfer pipe body,162: Discharge pipe, 164: Power generating means, 165: Screw conveyor, 166: Conveyor shaft, 167: Idle shaft,

Claims

Claim 1 In a device for reclassifying and collecting contents of a ton bag waste recovery equipment, a mesh drum (210) is formed of a first and second skirt portion (211) (212) that is open cylindrical in shape and has an inlet (217) and an outlet (218), and first and second contact surfaces (2112) (2122) formed along the outer edges of the inlet (217) and outlet (218), and a mesh plate (215) formed between the first and second skirt portions (211) (212) through which the inlet contents pass. A mesh drum driving module (220) comprising a driving motor (224), a reduction gear for controlling the rotational speed of the driving motor, a bevel gear for changing the rotational direction, a bearing, a spacer, a finishing nut, a bearing bracket, etc. formed therein, a driving bearing member (225), a shaft (221) connected from the driving bearing member (225), a first driving roller (222) formed at one end of the shaft (221) and driving the mesh drum (210) while in close contact with the first contact surface (2112) of the first skirt member (211), and a second driving roller (223) that drives the mesh drum (210) while in close contact with the second contact surface (2122) of the second skirt member (212) on the other side of the mesh drum (210) at the other end of the shaft (221); A casing body (230) having idle rollers (234) installed to support the mesh drum (210) in the first and second skirt sections (211) (212), and the lower part installed to communicate with the powder collection section (250);A square body (251) that is wider at the top and narrower at the bottom, installed below a mesh drum (210) and forming a narrow opening (252) that is open at the bottom to collect fallen powder; a pair of collecting screws (253) installed to rotate facing each other along the opening (252); a powder collecting casing (254) covering the lower side of the collecting screws (253); a powder discharge port (256) vertically installed below the center of the powder collecting casing (254), having a rotating opening / closing plate (255) installed inside, and a bag connection end (258) formed at the bottom; a driving motor (2571) to drive the collecting screws (253); a reduction gear that controls the rotational speed of the driving motor; a bevel gear that changes the direction of rotation; a bearing; a spacer; a finishing nut; a bearing bracket, etc. Powder collection unit (250) having a collection drive unit (257) composed of a drive shaft member (2572); A main collection unit (270) comprising: a mesh drum discharge port (218) sealed with a casing (271), a discharge path (273) that is wider at the top and narrower at the bottom is formed downward in the sealed space, a collection trolley (272) for collecting coarse particles caught and discharged from the mesh drum (210) at the bottom of the discharge path (273), an elastic bellows discharge port (274) that covers the input port (2721), a support frame (2751) that forms an insertion groove (2752) at the upper part of the bellows discharge port (274) to form an opening / closing door (2753) to block or open the falling space, and a shutter member (275) that forms a sensor (2754) for detecting whether the opening / closing door (2753) is open or closed; and a device for reclassifying and collecting contents of a ton bag waste recovery equipment. Claim 2 A device for reclassifying and collecting contents of a ton bag waste recovery equipment, characterized in that, in claim 1, the first and second skirt portions (211) (212) of the mesh drum (210) form first and second contact surfaces (2121) (2122) between the first and second ring-shaped jaw portions (2111) (2121), and form a third skirt portion (216) that extends in a tubular shape from the second skirt portion (212), and form a spiral support bar (213) on the inner surface of the mesh plate (215), and form several vertical support bars (214) that penetrate the spiral support bar (213). Claim 3 A device for reclassifying and collecting contents of a ton bag waste recovery equipment, further comprising: a brushing module (240) consisting of a brush bar (241) installed between a casing body (230) and a mesh drum (210) to brush off dust from the outside of the mesh drum (210), a drive motor (244) to rotate the brush bar (241), and a drive shaft member (245) to drive and control the drive motor. Claim 4 A device for reclassifying and collecting contents of a ton bag waste recovery equipment, further comprising: a filter member (261) installed on the inner side of the top plate (233) of the outer casing (230), and a dust collection filter unit (260) forming a discharge chamber (263) having a discharge port (264) in the first paragraph. Claim 5 In claim 1, a mesh drum spacing adjustment module (280) is installed to suppress the movement spacing of a mesh drum (210) while the contact roller (281) is rotating, comprising: a contact roller (281) positioned in the gap between the first and second skirt parts (211) (212); a bracket (282) supported on the inside of the casing body (230) with the contact roller (281) seated thereon and having an elongated hole (283) formed corresponding to the gap between the first and second skirt parts (211) (212); a contact roller (281) positioned between the elongated holes (283) of the bracket (282) and installed through the elongated holes (283) to adjust the gap; a support bar (284) supporting the contact roller (281); and a tightening nut (285) fixing the support bar (284). A device for reclassifying and collecting the contents of ton bag waste recovery equipment, further including Claim 6 A catwalk frame (290) comprising, in claim 1, several main columns (291) vertically installed at a predetermined height, a horizontal frame (292) installed on the main columns (291) with a predetermined width in the horizontal direction, a handrail (293) divided into several sections vertically and horizontally along the horizontal frame (292), a worker's step (294) installed on the horizontal frame (292), a support part (295) on which a casing body (230) containing a mesh drum is placed, a worker's ladder (296) installed on the handrail (293), and a passageway (297) that blocks the ladder (296); further comprising: a ton bag waste recovery equipment contents reclassification and collection device. Claim 7 In a device for reclassifying and collecting contents of a ton bag waste recovery equipment, the device comprises: an inlet (113); an inner wall section (112) that narrows inward while forming a downward slope from the inlet; ventilation holes (114) formed at a predetermined position on the inner wall section (112); an outlet (111) formed below the inner wall section; a cutting module (116) that cuts and opens the bottom of the ton bag (T) that is inserted; a sorting member (115) that spreads and drops the ton bag discharge material that has been cut; an opening / closing cover (117) that is installed on one side of the outside to block the inlet (113) and is connected to a hinge shaft (1173) by a cylinder rod (1172) to open and close the inlet (113); a crushing roller (122) that is engaged and connected to compress and crush the contents of the inserted vinyl bag together with the vinyl; and the A contents reclassification and collection device (100) comprising a drive unit (123) consisting of a drive motor (1231), a reduction gear (1232), a shaft (1233), and a bearing (1234) installed externally to drive the crushing rolls (122), an outlet (124) for discharging the crushed contents downward, an opening / closing cover (125) installed externally to seal the input port (121), and a crushing hopper unit (120) installed below the crushing rolls (123) to apply vibration to facilitate the discharge of the vinyl after crushing; A mesh drum (210) having an open cylindrical shape forming an inlet (217) and an outlet (218), and first and second skirt parts (211) (212) having first and second contact surfaces (2112) (2122) formed along the outer edges of the inlet (217) and outlet (218), a mesh plate (215) formed between the first and second skirt parts (211) (212), a spiral support bar (213) along the inner surface of the mesh plate (215), and several vertical support bars (214) penetrating the spiral support bar (213), a drive motor (224), a drive shaft member (225) for driving and controlling the drive motor, a shaft (221) connected from the drive shaft member (225), and a shaft (221) formed at one end of the shaft (221) and of the mesh drum (210). The first of the first and second skirt sections (211)(212),A mesh drum drive module (220) comprising a first drive roller (222) and a second drive roller (223) that rotate the mesh drum (210) while in contact with the second contact surface (2112) (2122); an idler roller (234) installed to support the mesh drum (210) in idle rotation at the first and second skirt portions (211) (212) of the mesh drum (210), and a casing body (230) installed so that its lower portion communicates with a powder collection portion (250); a square body (251) forming a narrow opening (252) with its lower portion open to collect powder dropped from below the mesh drum (210); a pair of collection screws (253) installed oppositely at the opening (252); and covering the lower side of the collection screws (253). A powder collection unit (250) comprising a powder collection unit casing (254), a powder discharge port (256) vertically installed below the center of the powder collection unit casing (254) and having a rotating opening / closing plate (255) installed inside and a bag connection end (258) formed at the bottom, and a collection drive unit (257) comprising a drive shaft member (2572) having a drive motor (2571) formed to drive the collection screw (253), a collection trolley (272) that is sealed with a casing (271) on the side of the mesh drum discharge port (218) and forms a discharge path (273), and collects the contents of coarse particles discharged from the mesh drum (210) at the bottom of the discharge path (273), an elastic bellows discharge port (274) that covers the input port (2721), and the bellows discharge port (274). A reclassification and collection device for ton bag waste recovery equipment comprising: a main collection unit (270) comprising a shutter member (275) that forms an insertion groove (2752) at the top to form an opening / closing door (2753) to block or open a falling space, and a sensor (2754) that detects whether the opening / closing door (2753) is open or closed;

Images