KR102538351B1 - Waste paper separation apparatus of thompson box for high-speed flat plate punching machine - Google Patents

Abstract

The present invention relates to a Thomson box wastepaper separation apparatus for a high-speed flat plate puncher. In accordance with the present invention, a Thomson box from a waste paper material supplied and transferred through a flat plate puncher to be transferred after being supplied and transferred through punched one by one by a die cutter is held and transferred with an air suction force in a section in which the box is transferred in one direction on a track of a meshed transfer belt, thereby solving an inconvenient work process in which a waste paper part is manually separated from a Thomson box, and waste paper from the waste paper material is lifted and transferred with air spray pressure while being transferred along an inclined guide block of a target to be guided, which is collinear with the upper surface of the transfer belt, and the water paper is finely cut in a small size, and then, is quantitatively put into a collection box for final discharge. Therefore, in regard to a flat plate puncher performing high-speed die cutter punching, the present invention can provide an effect of increasing workability with a Thomson box, and efficiently disposing of wastepaper.

Description

Waste paper separation apparatus of thompson box for high-speed flat plate punching machine}

The present invention relates to a Thomson box gripping separator for a high-speed flat press, and more particularly, in a high-speed flat press, after supplying cardboard fabric for manufacturing a Thomson box and punching by die-cutting, A Thomson box for high-speed flat panel punching machine that efficiently separates and processes the unfolded Thomson box and the gripping parts around it in the process of transportation to increase productivity according to Thomson box manufacturing and to efficiently separate and collect waste paper. It's about the device.

In general, packaging boxes are manufactured so that simple product packaging and packaging of relatively large quantities and heavy products are made.

The material of the packaging box is usually paper material (for example, thick manila) for storing and recycling contents, or cardboard made of corrugated cardboard material (hereinafter referred to as cardboard fabric) having a thickness mainly for the purpose of protecting goods from the outside. , they are manufactured in the designed size through the process of punching, folding line processing, printing, etc.

Depending on the type of material, the Thompson box manufacturing process using cardboard fabric of manila paper as a material uses different equipment when manufacturing cardboard fabric of corrugated cardboard material. It is transported in one direction and at the same time at a set position by punching the developed Thomson box by the up and down motion of the die cutter, and then has a manufacturing process of a type in which vertically aligned stacking is performed in the subsequent transfer process.

In order to extract only the corresponding Thomson box from the laminated cardboard fabric manufactured as described above, the operator separately separates the waste paper (waste paper) part corresponding to the remnant, and only the punched and developed Thomson box is packaged and shipped by unit. there is.

Looking at the technologies related to the flat panel punching machine for manufacturing the Thompson box as described above, Korean Patent Registration No. 10-0736420 (Name: Cardboard Feeding System of Flat Panel Punching Machine, hereinafter referred to as 'Patent Document 1') and Registered Patent No. 10 -2218500 (name: automatic Thomson press machine for corrugated cardboard, hereinafter referred to as 'Patent Document 2') is disclosed.

As in the patent literature, the cardboard fabric is supplied, the cutting and bending lines are formed with the corresponding Thomson box pattern, and then the post-processing of the cardboard fabric that is punched and stacked in a type that is continuously transported and loaded is manually performed by Thomson A work is being done to separate the box from the paper, and the collected paper is in need of secondary treatment.

That is, since the waste paper is indiscriminately placed in a bulk type bag for processing, a separate post-processing is required for the purpose of recycling the waste paper, which needs to be weighed separately.

Korean Registered Patent No. 10-0736420 (registered on June 29, 2007) Korean Registered Patent No. 10-2218500 (registered on February 16, 2021)

The present invention was invented to solve the conventional problems as described above, and in a high-speed flat press machine, supply of cardboard fabric for Thompson box manufacturing, punching process by die cutting, and then transported Thomson box paper separator device for high-speed flat panel punching machine that effectively separates and processes the unfolded Thomson box and the gripping parts around it in the process to increase productivity according to Thomson box manufacturing and to efficiently separate and collect waste paper Its purpose is to provide

Thomson box gripping separator for high-speed flat panel punching machine according to the present invention for achieving the above object,

The cardboard fabric supplied and transported to the flat punching machine is punched individually in the die cutter, and then the cardboard fabric transported in one direction is horizontally supplied and transported horizontally, and at the same time, only the Thomson box is adsorbed and transported from the cardboard fabric punched by air pressure adsorption, The gripping part is a mesh-type transfer belt through which air is circulated on the upper part of the work table to separate and transfer, a drive roller that rotates the transfer belt by hanging the transfer belt from the front and rear of the transfer belt, and a drive motor installed on the drive roller shaft to rotate the drive roller. A conveyor unit consisting of a conveyor unit, a guide bar installed on the top of the work table and provided on both sides of the conveyor unit so as to be on the same line as the upper surface of the conveying belt of the conveyor unit, supporting the edge of the cardboard fabric and guiding it in a straight line, and one side at the top of the guide bar A pressing member that is installed to be rotatably installed and guides the upper surface of the cardboard fabric to be transported in a straight line while pressing, and the conveyor belt is provided at the inner lower part of the orbit on which the conveyor belt rotates. Punching in the cardboard fabric to be seated and transported on the upper surface of the transport belt A vacuum adsorption part for adsorbing the bottom of the Thompson box using vacuum pressure, and a round inclined surface in contact with the upper surface of the guide bar are formed, and a plurality of air injection holes are formed on the inclined surface, and the edge side gripping edge of the cardboard fabric is formed from the guide bar. A guide block that induces the side to be inclined upward, and a plurality of air nozzles provided at the lower part of the guide stand so that air is injected into the air injection hole of the guide block and air is injected to the upper part of the guide block, and the air nozzle and the air compressor are connected. An air injection unit composed of a pneumatic hose and an air pressure regulator provided in the air pressure hose to adjust the air pressure, a sensor provided on the guide stand to detect the conveyed cardboard fabric and transmitting a signal whether the air injection unit is operating, and the conveyor unit a fabric separation means comprising a stopper installed at an upper part and supporting the upper end of the gripper guided upward by pneumatic pressure to guide the tip of the gripper; a traction roller installed at an upper part of one side of the fabric separation means to be separated by air pressure from the fabric separation means and guided upward to pull and transfer the front end of the paper passing through the stopper in the form of paper feeding; a Thomson box discharge unit provided on one side of the fabric separating means to stack and discharge the separated Thomson boxes; Multiple wheel curders are alternately arranged on the shaft to be rotatably provided facing each other, and a gripping discharging conveyor is provided at the bottom thereof to cut the gripping conveyed and discharged through the gripping traction unit into small pieces; a phage dispensing unit for collecting and discharging the phages that are finally chopped and discharged through the phage shredding unit and discharging them by weight; It is characterized in that it is configured to include a; control unit for electrically controlling the fabric separating means, the gripping shredded unit, and the gripping quantity discharge unit.

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The pressing member according to the present invention,

A hinge axis and a hinge rod, one side of which is rotated on the hinge axis and connected to the left and right distances from the hinge axis, a guide piece attached to one side of the hinge rod to guide the edge of the cardboard fabric, and rotatably on one end of the hinge rod It is characterized in that it is composed of a pressure roller that is provided and prevents the cardboard fabric from lifting by pressing the upper surface of the cardboard fabric transported to the upper surface of the guide table with its own weight.

The vacuum adsorption unit according to the present invention,

It is characterized in that it consists of a suction table installed close to the inner bottom of the transfer belt and a vacuum pressure pump connected to the suction table by a connecting pipe to generate a suction force inside the suction table.

One side of the inclined surface of the guide block according to the present invention is provided with a guide member for guiding both sides of the edge of the gripping fabric in a straight line, and the guide member is slide-adjusted from the guide to match the width of the cardboard fabric. do.

The holding amount discharge unit according to the present invention,

A hopper for receiving the waste paper finally discharged through the paper shredding part, a collection box detachably provided at the bottom of the hopper and a load cell to support the collection box to measure weight, and a pedestal having a plurality of casters at the bottom, and one side of the pedestal It is characterized in that it is configured to include a hydraulic cylinder that is installed connected to and transfers the weight value measured on the pedestal to the pedestal under the control of the control unit.

In the Thompson box gripping separator according to the present invention, the Thomson box from the gripping fabric that is supplied and transported through a flat press and punched sheet by sheet in a die cutter and then transferred is air The holding transfer is performed by the suction power to solve the cumbersome task of manually separating the gripping part from the Thompson box separately, and the gripping from the gripping base is along the inclined guide block of the guide target forming the same line as the upper surface of the conveying belt. While transporting, the phage is towed and transported by air injection pressure, cut into small sizes, and then, at the time of final discharge, put in a fixed amount in the collection box and discharged, especially in a flat plate puncher that is punched by a die-cutter at high speed. Thompson The effect of improving the workability of the box and efficiently proceeding with the processing of the paper is provided.

1 is a plan view schematically showing a state in which cardboard fabric is supplied and transported to obtain a Thompson box through a high-speed flat punching machine according to the present invention;
Figure 2 is a front view showing the supply and transfer state of the cardboard fabric in Figure 1;
Figure 3 is a perspective view showing the main part of the fabric separation means of the Thomson box gripping separation device according to the present invention;
Figure 4 is a block diagram showing the electrical connection of each component and the control unit on the side of the fabric separating means, the gripping small section and the gripping quantity discharge unit according to the present invention;
5 is a side cross-sectional view of a state in which the vacuum adsorption unit is applied to the conveyor unit and the air blowing unit is installed on the guide block of the guide stand in FIG. 2;
6 to 8 are front views illustrating step by step a state in which the Thompson box and the paper are separated as the cardboard fabric is supplied from the die cutter through the fabric separating means according to the present invention;
9 is a perspective view of the cardboard fabric showing the process of punching, separating the Thompson box and the paper from the cardboard fabric in FIG. 7;
10 is an enlarged front view showing a state in which the gripping portion is cut and discharged from the gripping mince according to the present invention;
11 is a side view showing a state of gripping processing through a gripping quantity discharge unit according to the present invention.

Hereinafter, the present invention will be described in more detail with reference to the accompanying drawings.

Prior to this, the terms or words used in this specification and claims should not be construed as being limited to the usual or dictionary meaning, and the inventor appropriately uses the concept of the term in order to explain his/her invention in the best way. It should be interpreted as a meaning and concept consistent with the technical idea of the present invention based on the principle that it can be defined.

Therefore, the embodiments described in this specification and the configurations shown in the drawings are only one of the most preferred embodiments of the present invention, and do not represent all the technical ideas of the present invention, so at the time of this application, they can be replaced. It should be understood that there may be many equivalents and variations.

The components of the Thomson box gripping separator for high-speed flat panel punching machine according to the present invention will be described with reference to FIGS. 1 to 11 attached.

The Thomson box gripping separator for high-speed flat press according to the present invention is installed in the flat press 100, and supplies the laminated cardboard fabric 1 as a unit, the sheet transfer process of the cardboard fabric, and the Thomson from the cardboard fabric. After the die-cutting process for obtaining a box is made, the punched cardboard fabric (1) is installed on the side of the discharge line to be discharged.

In the main configuration, the cardboard fabric (1) transported in one direction after being supplied and transported to the flat punching machine 100 and punched individually in the die cutter (D) is supplied horizontally and transported horizontally, a fabric separation means 10 for adsorbing and transporting only the Thomson box 1a from the cardboard fabric 1 punched by pneumatic adsorption, and separating and transporting the gripping portion 1b; A traction roller 22 is installed on the upper side of one side of the fabric separation unit 10 to correspond to the gripping traction unit 20 for pulling and transporting the front end of the gripping paper 1b separated by air pressure from the fabric separating unit in the form of paper feeding. ; a Thomson box discharge unit 30 provided on one side of the fabric separation unit 10 to stack and discharge the separated Thomson boxes 1a; A plurality of wheel curders 42 are alternately arranged on the shaft and rotatably provided in a facing form, and a grip discharge conveyor 44 is provided at the bottom thereof to convey and discharge through the grip puller 20 ( 1b) to finely cut the holding section 40 and; a phage amount discharge unit 50 that collects the phages discharged through the phage shredding unit 40 and discharges them with a fixed amount; It is configured to include; a controller 60 that electrically controls the fabric separating means 10, the gripping cutting unit 40, and the gripping quantity discharging unit 50.

As shown in FIG. 3, the fabric separation unit 10 includes a mesh-type transfer belt 12a through which air circulates at the top of the work table 11, and a drive that rotates the transfer belt by hanging the transfer belt from the front and rear sides of the transfer belt. A conveyor unit 12 composed of a roller 12b and a drive motor M installed on the drive roller shaft to rotate the drive roller, and a conveyor belt of the conveyor unit 12 installed on the work table 11 ( 12a) A guide bar 13 provided on both sides of the conveyor unit so as to be on the same line as the upper surface and supporting the edge of the cardboard fabric 1 and guiding it in a straight line, and one side is rotatably installed on the upper part of the guide bar 13 A pressing member 14 for guiding the upper surface of the cardboard fabric 1 to be transported in a straight line while pressing, and a conveyor belt 12a of the conveyor unit 12 are provided on the inner lower part of the rotating orbit to the upper surface of the conveying belt. A vacuum adsorption unit 15 for adsorbing the bottom of the Thomson box 1a punched from the cardboard fabric 1 to be seated and transported by vacuum pressure, and a round inclined surface in contact with the upper surface of the guide table 13 are formed. , A guide block 16 having a plurality of air injection holes 16a formed on the inclined surface and inducing the front end side of the gripping paper 1b at the edge of the cardboard fabric 1 from the guide table 13 upwardly, and the guide block A plurality of air nozzles 17a and air nozzles and an air compressor 17b provided in the lower part of the guide table 13 so as to be inserted into the air injection hole 16a of (16) and spray air to the upper part of the guide block An air injection unit 17 composed of a pneumatic hose (H) connected to the air pressure hose and an air pressure regulator 17c provided in the air pressure hose to adjust the air pressure, and provided on the guide table 13 to detect the conveyed cardboard fabric 1 The detection sensor (S) that transmits the operation signal of the air injection unit 17 to the control unit 60 and the upper side of the grip 1b installed at a distance from the top of the conveyor unit 12 and guided upward by air pressure It is configured to include a stopper 18 for supporting and inducing the gripping tip toward the gripping traction part 20.

The pressing member 14 constituting the fabric separating means 10 includes a hinge shaft 14a, one side of which is rotated on the hinge shaft, and a hinge 14b connected so that the left and right intervals are adjusted from the hinge shaft, and the hinge A guide piece 14c attached to one side of (14b) to guide the edge of the cardboard fabric 1, and a cardboard fabric rotatably provided at one end of the hinge 14b and transported to the upper surface of the guide bar 13 It consists of a pressure roller (14d) that prevents lifting of the cardboard fabric by pressing the upper surface of (1) with its own weight.

In addition, the vacuum adsorption part 15 constituting the fabric separation means 10 is connected to the suction table 15a installed close to the inner bottom of the transfer belt 12a and the suction table through a connecting pipe 15b to be sucked. It consists of a vacuum pressure pump (P) that generates a suction force inside the stand.

In addition, in the configuration of the fabric separating means 10, a guide member 19 is provided on one side of the inclined surface of the guide block 16 to guide both sides of the edge of the gripping fabric 1 in a straight line, and the guide member (19) is provided so that both sides are slide-adjusted from the guide bar 13 to match the width of the cardboard fabric 1.

On the other hand, the waste paper quantity discharge unit 50 includes a hopper 51 for receiving the waste paper finally discharged through the paper shredding part 40 and a collection box 52 detachably provided at the bottom of the hopper to contain the waste paper and a weight to support the collection box. A load cell (L) is provided to measure the pedestal 53 provided with a plurality of casters at the bottom and connected to one side of the pedestal to transfer the weight value measured at the pedestal under the control of the control unit 60 It is configured to include a hydraulic cylinder (54).

For reference, in the present invention, the traction roller 22 of the gripping traction unit 20, the multi-wheel curder 42 of the gripping traction unit 40, and the gripping discharge conveyor 44 are not shown on the drawings, but power transmission is performed on each rotating shaft. Media such as gears, belts or conveying chains, scraper wheels, and drive motors connected to them are interconnected, and the gripping 1b part separated from the cardboard fabric 1 is fed and shredded by control through the control unit 60. , so that discharge transfer is made.

The process of separating and discharging the cardboard fabric according to the operation of the Thomson box gripping separator of the present invention configured as described above is as follows.

As shown in FIGS. 1 and 2, the cardboard fabric 1, which is laminated and supplied to the flat plate punching machine to produce the Thompson box, is aligned with the initial sheet feeding and transported while the die cutter is operated repeatedly up and down ( D) Punching is performed in the corresponding shape (expanded box shape) while passing through the bottom, and the punched cardboard fabric (1) is continuously transported to the gripping separator side, and from the punched cardboard fabric Thompson box (1a) and paper (1b) are separately discharged.

As described above, the cardboard fabric (1) supplied through the die cutter (D) is divided into areas of the Thomson box (1a) and the waste paper (1b), and passes through the fabric separation means (10) to the Thomson box (1a) and the waste paper. The separation of (1b) begins.

This is the external shape punching of the Thompson box 1a and the folding line part of the box are simultaneously pressed on the upper surface of the conveyor unit 12 provided on the upper part of the work table 11, and transferred as it is placed on the upper surface of the conveyor belt 12a do.

As described above, for the cardboard fabric 1 seated and transported on the conveyor belt 12a, the upper surface of the guide table 31 provided on both sides of the upper part of the work table 11 is the edge of the cardboard fabric 1, that is, the grip ( Part 1b) is seated, and the conveying belt 12a is orbitally rotated by the operation of the drive motor M by the drive roller 12b.

The cardboard fabric 1 transported as described above has a detection sensor S provided on the guide bar 13, and the edge of the cardboard fabric 1 is transported to the upper surface of the guide bar 13 by the transport belt 12a. detects that there is, and the detected signal is transferred while adsorbing the bottom of the Thompson box 1a punched from the cardboard fabric 1 by the vacuum adsorption unit 15 located inside the transfer belt through the control unit 60 One-way conveyance is achieved by a belt.

The vacuum adsorption unit 15 drives the vacuum pressure pump P to generate suction force, and this suction force drives the suction table 15a installed close to the inner bottom of the transfer belt 12a by the connecting pipe 15b. Through this, a suction force is formed to pull the bottom side of the Thompson box 1a among the cardboard fabrics seated on the upper surface of the mesh-type conveying belt 12a to be in close contact with the upper surface of the conveying belt.

The suction table 15a may have an area large enough to suction and support the Thomson box over the entire area of the Thomson box 1a and generate suction force.

In the above state, the part of the gripper 1b forming the boundary with the Thomson box 1a in the cardboard fabric 1 is transported while being supported on the upper surface of the guide table 13.

The pressing member 14 provided on one side of the upper part of the guide table 13 moves both sides of the upper surface of the cardboard fabric 1 to be transported in a straight line so that both sides of the edge of the cardboard fabric 1 do not deviate to the outside along with a pressing action of their own weight. guide

That is, the pressing member 14 is provided to be adjustable in the left and right directions with respect to the hinge shaft 14a, and the pressure roller 14d provided at one end of the hinge 14b having one side rotated is the conveyed cardboard fabric A cloud is formed while pressing the upper surface of the edge of (1).

The guide piece 14c provided on one side of the hinge 14b allows the edge of the cardboard fabric 1 to be guided in a bent shape.

The front end of the cardboard fabric 1 transported as described above is guided upward through the guide block 16 provided on the upper surface of the guide table 13.

The guide block 16 has a round slope-shaped inclined surface that is naturally connected from the upper surface of the guide table 13, and the edge of the cardboard fabric 1 is guided upward along the inclined surface of the guide block 16. and is transported As the edge side of the cardboard fabric 1 is guided to the guide block and naturally lifted upward, the separation of the Thompson box 1a and the gripper 1b begins.

That is, the Thomson box 1a holds and transports the Thomson box 1a on the upper surface of the conveying belt 12a by the suction action of the vacuum adsorption part 15, and the gripping 1b part is the guide block 16 Transfer is performed while the punched boundary is divided by .

As described above, the tip side of the Thomson box 1a separated from the gripping paper 1a by the conveying belt 12a moves away from the suction force generated at the bottom of the conveying belt, and the point at which it completely deviates from the upper orbit of the conveying belt. In is sequentially stacked in the Thomson box discharge unit 30 provided at the bottom of one side of the fabric separating means 10, and when the stacking height reaches a set height, it can be separately moved to the next process line.

Since the present invention can separately stack and discharge only the Thomson box 1a that is finally discharged as described above, it is possible to reduce the work process of separating the paper 1b excluding the Thomson box from the gripping fabric as in the prior art.

On the other hand, the part of the gripping 1b of the cardboard fabric 1 climbing the inclined surface of the guide block 16 is guided and transported in a straight line by the guide member 19 set on the guide table 13 to match the width of the cardboard fabric. this is done

The guide member 19 can be adjusted to fit the width of the cardboard fabric 1 on both sides where the guide block 16 is located, and passes through a plurality of air injection holes 16a provided in the guide block 16.

In addition, the signal that the cardboard fabric 1 passes through the detection sensor S provided on the guide stand 13 operates the air blowing unit 17 through the control unit 60, and the air blowing unit 17 The air nozzles 17a constituting the air nozzles 17a are inserted into the air injection holes 16a of the guide block 16 and receive air pressure from the air compressor 17b connected to the pneumatic hose H from the outside to generate air as described above. spray

This blows air pressure on both sides of the cardboard fabric 1 to float the front end of the gripper 1b to the upper part of the guide block 16 by air pressure.

The air pressure injected upward through the air nozzle 17a can be controlled by the air pressure regulator 17c provided in the supply hose H, so that the front end of the cardboard fabric is excessively lifted upwards. can be adjusted by

The front end of the cardboard fabric 1 at this time when lifted upward as described above is in the form of interfering with the stopper 18 spaced to the upper side of the guide block 16, and is transferred in the form of being lifted only as much as the set position.

As described above, the cardboard fabric 1 transported while being lifted upward pulls the front end side of the gripping 1b portion of the cardboard fabric 1 in the gripping traction unit 20 provided on one side of the upper part of the fabric separating means 10 towed and transported.

The traction rollers 22 constituting the gripping and traction unit 20 are rotated in correspondence with each other, and the front end of the cardboard fabric 1 is positioned between the traction rollers 22 as described above, and is naturally fed.

As described above, the part of the gripping 1b transported by the gripping traction unit 20 passes through the gripping chopping unit 40 installed on one side thereof, and the gripping towed and transported between the wheel cutters 42 is cut into small pieces. The waste paper is finally discharged through the waste paper discharge conveyor 44 on the lower side to the paper discharge unit 50 provided on the outside of the plate press.

The phage amount discharge unit 50 receives the phages 1b, which are chopped and finally discharged through the phage shredder 40, through the hopper 51, and are collected in the collection box 52 detachably provided at the bottom of the hopper.

When the collection box 52 is supported on the pedestal 53 to collect papers, weight is measured by a load cell provided on the pedestal, and when the set weight is reached, it is discharged.

The hydraulic cylinder 54 connected to the pedestal is operated through the control unit 60 to transfer the pedestal 53, and the collection box filled with the final amount is repeatedly processed on the pedestal as a replacement of the collection box.

As described above, the present invention has been described by specific details such as specific components and limited embodiments and drawings, but these are provided to help a more general understanding of the present invention, and the present invention is not limited to the above embodiments. , Those skilled in the art in the field to which the present invention belongs can make various modifications and variations from these descriptions.

Therefore, the spirit of the present invention should not be limited to the described embodiments, and it will be said that not only the claims to be described later, but also all modifications equivalent or equivalent to these claims belong to the scope of the present invention. .

1: cardboard fabric 1a: Thompson box
1b: holding 10: fabric separation means
11: work table 12: conveyor unit
13: guide stand 14: pressing member
15: vacuum adsorption unit 16: guide block
17: air injection unit 18: stopper
19: guide member 20: gripping traction unit
22: traction roller 30: Thompson box discharge unit
40: gripping part 42: wheel cutter
44: phage discharge conveyor 50: phage quantity discharge unit
60: control unit S: detection sensor
P: vacuum pressure pump M: drive motor
L: load cell

Claims (6)

The cardboard fabric (1) transported in one direction after being supplied and transported to the flat punching machine is punched individually in the die cutter (D), and then the cardboard fabric (1) transported in one direction is horizontally supplied and transported horizontally. At the same time, the sheet is punched by air pressure adsorption In the support stage (1), only the Thomson box (1a) is adsorbed and transported, and the gripping (1b) portion is separated and transported. A conveyor unit 12 composed of a driving roller 12b for rotating the conveying belt and a driving motor M installed on the shaft of the driving roller to rotate the driving roller, and installed on the work table 11 to rotate the conveyor unit 12 A guide bar 13 provided on both sides of the conveyor unit so as to be on the same line as the upper surface of the conveying belt 12a of the part 12 and guiding it in a straight line by supporting the edge of the cardboard fabric 1, and the upper part of the guide bar 13 The inner side of the track on which the conveyor belt 12a of the conveyor unit 12 rotates; A vacuum adsorption unit 15 provided at the bottom and adsorbing the bottom of the Thompson box 1a punched from the cardboard fabric 1 seated and transported on the upper surface of the conveying belt with vacuum pressure, and the upper surface of the guide table 13 A round-shaped inclined surface is formed in contact with each other, and a plurality of air injection holes 16a are formed on the inclined surface, and a guide block guides the front end side of the edge-side gripping 1b of the cardboard fabric 1 upward from the guide table 13 (16) and a plurality of air nozzles (17a) provided in the lower part of the guide table (13) so as to be inserted into the air injection hole (16a) of the guide block (16) and spray air to the upper part of the guide block, and An air injection unit 17 composed of a pneumatic hose (H) connecting the air nozzle and the air compressor (17b), an air pressure regulator (17c) provided in the pneumatic hose to adjust the air pressure, and provided on the guide table (13) to transport A detection sensor (S) that detects the cardboard fabric (1) and transmits a signal indicating whether the air injection unit (17) is operating, and a gripper (1b) installed at a distance on the upper part of the conveyor unit (12) and guided upward by air pressure a fabric separating means 10 including a stopper 18 supporting the upper end of the to guide the gripping tip;
A traction roller 22 is installed correspondingly on one side of the fabric separating means 10, separated by air pressure from the fabric separating means, and guided upward to the front end of the gripping paper 1b passing through the stopper 18 in the form of paper feeding. A gripping traction unit 20 for traction and transport;
a Thomson box discharge unit 30 provided on one side of the fabric separation means 10 to stack and discharge the separated Thomson boxes 1a;
A plurality of wheel curders 42 are alternately arranged on the shaft and rotatably provided in a facing form, and a grip discharge conveyor 44 is provided at the bottom thereof to convey and discharge through the grip puller 20 ( 1b) to finely cut the holding section 40 and;
a phage amount discharge unit 50 that collects the phages discharged through the phage shredding unit 40 and discharges them at a fixed weight;
A control unit 60 for electrically controlling the fabric separating means 10, the gripping shredding unit 40, and the gripping quantity discharging unit 50; Thomson box gripping separator for high-speed flat panel punching machine .
delete According to claim 1,
The pressing member 14 has a hinge shaft 14a and one side rotated on the hinge shaft, and a hinge 14b connected to the left and right intervals from the hinge shaft,
A guide piece 14c attached to one side of the hinge 14b to guide the edge of the cardboard fabric 1;
It is rotatably provided at one end of the hinge (14b) and presses the upper surface of the cardboard fabric (1) transported to the upper surface of the guide bar (13) with its own weight to prevent the cardboard fabric from lifting Characteristically composed of a pressure roller (14d) A Thomson box gripping separator for high-speed flat panel punching.
According to claim 1,
The vacuum suction part 15 is connected to the suction table 15a installed close to the inner bottom of the conveyor belt 12a and the suction table by a connecting pipe 15b to generate a suction force inside the suction table. P) Thomson box gripping separator for high-speed flat panel punching machine, characterized in that consisting of.
According to claim 1,
On one side of the inclined surface of the guide block 16, a guide member 19 is provided to guide both sides of the edge of the gripping fabric 1 in a straight line, and the guide member 19 matches the width of the cardboard fabric 1. A Thomson box gripping and separating device for a high-speed flat panel punching machine, characterized in that it is provided to be slide-adjusted from the guide table (13).
According to claim 1,
The waste collection amount discharge unit 50 measures the weight of the hopper 51 that receives the waste paper finally discharged through the paper shredding part 40 and the collection box 52 detachably provided at the bottom of the hopper to contain the waste paper and supporting the collection box. A pedestal 53 equipped with a load cell L and provided with a plurality of casters at the bottom, and a hydraulic cylinder connected to one side of the pedestal and transporting the pedestal under the control of the control unit 60 for the weight value measured on the pedestal. A Thomson box gripping separator for a high-speed flat panel punching machine, characterized in that it is configured to include (54).

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