KR102361286B1 - Assembly line for automated punching of saddle-stitched wall calendars, automated insertion of reinforcing cardboard and shrink-wrapping of individual calendars - Google Patents

Abstract

The present invention relates to an automatic calendar packing system capable of automatically packing a saddle-stitched calendar. The automatic calendar packing system includes: a calendar saddle-stitching facility coupling steel pins for fixing multiple calendar sheets; a hole boring device for boring holes on a partial area of the calendar completely stitched by the calendar saddle-stitching facility; a calendar wrapping facility wrapping the calendar bored by the hole boring device, with vinyl; and a bridge facility transferring the calendar bored by the hole boring device, to the calendar wrapping facility. The hole boring device is installed on the outside of a space between the calendar saddle-stitching facility and the bridge facility. The hole boring device includes: a supply belt conveyor placed in the back to supply the saddle-stitched calendar from the back to the front side; a boring means provided in the front of the supply belt conveyor and boring the holes on the calendar through the descent and ascent of a boring rod at a moment when the front part of the calendar is exposed forward to be discharged while being passed; and a calendar stop discharge means placed in the front of the boring means, stopping the discharge of the calendar at the moment when the holes are bored through the descent and ascent of the boring rod, pressing both ends of the calendar, and discharging the completely bored calendar to the front side by releasing the both pressed ends of the calendar when the boring of the holes on the calendar is completed. Therefore, the present invention is capable of preventing a defect in a hole bored on a calendar.

Description

{Assembly line for automated punching of saddle-stitched wall calendars, automated insertion of reinforcing cardboard and shrink-wrapping of individual calendars}

The present invention relates to an automatic calendar wrapping system, and more particularly, to an automatic calendar wrapping system capable of automatically wrapping a bookbinding calendar.

As is well known, calendars are widely used in our daily life to check time, that is, date and month. Such a calendar consists of 13 or 14 chapters by combining the 12 chapters and covers of January to December, which form a month in one chapter, or a seven-page calendar in which two months are formed in one chapter or a calendar for special purposes. It consists of more than one calendar.

In order to bind such a calendar, the 12 calendar sheets are sequentially arranged, the first December sheet is supplied, then transported, and the next November sheet is supplied in December for stacking. A matching device for obtaining a bundle of , and a worker transfer the sheet obtained by the matching device to the next process, the pasting process, using a lift or the like.

The pasting process is carried out for the speed of the next operation when 13 sheets are transferred and supplied together in a calendar year in the subsequent process, that is, so that the operator can quickly and quickly separate the 13 sheets and supply them to the next processing device. Since the pasting is pasted and dried in a state where 13 sheets are attached at once, the operator can accurately separate 13 sheets at a time in the next operation. This work has the disadvantage that the transferred worker separates 13 sheets from the sheet bundle, attaches them with glue, and then dries them, which consumes a lot of time and manpower.

In order to solve the above-mentioned problems of the prior art, the battery-type printing paper is folded in a certain shape, and then the ends are cut in the folded state to form a folded form of one sheet of printing paper in half, and a stapler (stapler) is formed in the folded central part. ) for saddle-stitch binding.

The above-mentioned calendar consists of 13 chapters by combining the 12 chapters of January to December, which are formed in one chapter, and the cover, or 7 calendars in which two months are formed in one chapter, or a special purpose-made calendar. It consists of more than one page. In order to bind such a calendar, the 12 calendar sheets are arranged sequentially, the first December sheet is supplied, then transported, and the next November sheet is supplied in December for stacking. It is divided into a matching process of obtaining a bundle of sheets, a saddle-stitching process of fixing with an iron core, and a lapping process of wrapping each calendar with a unit packaging material.

As another manufacturing method, after printing 6 calendars on a battery, one and two printed sheets folded to the size of a single calendar are laminated, and a cover is inserted into the laminated printed matter, and then the stacked cover is included. Both sides and bottom of the print are cut to form a sheet of folded batteries to make 14 sheets. At this time, saddle-stitch binding using a stapler at the center of the fold, and wrap each calendar with a unit packaging material to complete.

In the above-mentioned conventional calendar, a hole was punched in the saddle-stitched print to hang the calendar on a nail attached to a wall, etc. The hole was manually performed by a worker using a perforator one by one.

In this hole forming method, the operator separately collects the calendars that are moved to the next process after the saddle stitching process one by one, and then performs a lapping process in which each calendar is wrapped with a unit packaging material after drilling holes.

Therefore, there is a problem that the production speed is significantly reduced and the production efficiency is lowered, and the production manpower is excessively required due to the simple operation of the operator, which causes an increase in the production cost, and there are problems such as a personnel accident due to the carelessness of the operator. have.

In order to solve the above problems of the prior art, as suggested in Korean Patent Application No. 2003-0086407, a perforator has been previously applied and published. However, the perforator has a complicated structure, and the calendar is disturbed when the calendar is perforated, and the knife blade is calendered when perforating. There are problems such as not forming a hole during drilling and damaging the calendar because the belt is holding it when penetrating the hole.

No. 2003-0086407 "Method and Apparatus for Automatic Binding of Calendar"

Accordingly, the present invention has been devised to solve the various problems of the prior art,

An object of the present invention is to provide a calendar saddle-stitching facility for fastening iron pins for fixing multiple calendar sheets, a perforating device for forming perforations on a calendar with iron pins, a calendar lapping facility for wrapping vinyls on a calendar, and a perforated calendar It is to provide an automatic calendar packaging system for automatically packaging bookbinding calendars by integrally configuring a bridge facility for transferring to the calendar wrapping equipment.

Another object of the present invention is to provide an automatic calendar packing system that allows the holes to be drilled accurately without defects by pressing and fixing both ends of the calendar when punching holes in the saddle-stitched calendar.

In order to achieve the above object, an automatic calendar packing system according to the present invention includes: a calendar saddle stitching facility for fastening iron pins for fixing multiple calendar sheets; a hole drilling device for drilling a hole in a partial area of the calendar that is saddle-stitched by the calendar saddle-stitching facility; a calendar wrapping facility for wrapping vinyls on a calendar perforated by the hole drilling device; a bridge facility for transferring the calendar perforated by the drilling device to the calendar lapping facility, wherein the hole drilling device is installed outside between the calendar saddle stitching facility and the bridge facility, and the hole drilling device is located at the rear A supply belt conveyor arranged and supplied with a saddle-stitched calendar from the rear to the front, and provided in front of the supply belt conveyor and as the calendar passes, the front part of the calendar is exposed to the front and is discharged. A perforating means for perforating a hole in the calendar to be passed through, and the perforation means disposed in front of the perforating means and stopping the discharge of the calendar at the moment of perforating the hole through the descending and rising of the perforating rod and pressing both ends of the calendar to the calendar When the perforation of the hole is completed, it is characterized in that it releases the press on both ends of the calendar to include a stationary discharge means of the calendar for discharging the perforated calendar to the front.

The present invention configured as described above is a calendar saddle stitching facility for fastening iron pins for fixing multiple calendar sheets, a perforating device for forming perforations on a calendar with iron pins fastened, a calendar wrapping facility for wrapping vinyls on a calendar, and a perforation The bridge facility for transferring the formed calendar to the calendar wrapping facility is integrally configured to provide an automatic calendar packing system capable of automatically packing the bookbinding calendar.

In addition, the present invention has the effect of providing an automatic calendar packing system capable of preventing defects in hole drilling by accurately drilling holes by pressing and fixing both ends of the calendar when drilling holes in a saddle-stitched calendar.

1 is a schematic configuration diagram for explaining an automatic calendar packing system of a first embodiment according to the present invention.
Figure 2 shows a hole punching device constituting the automatic calendar packing system of the first embodiment according to the present invention,
Figure 2a is a schematic perspective view showing the inside,
Figure 2b is a front view,
Figure 2c is a cross-sectional view taken along line AA of Figure 2b,
Figure 2d is a cross-sectional view taken along line BB of Figure 2c,
Figure 2e is an enlarged perspective view of both sides of the pressing rod operating means,
Figure 2f is a perspective view showing the operating state of the blocking elevating member,
Figure 2g is a side cross-sectional view showing the operating state of the hole drilling device.
Figure 3 is a schematic configuration diagram for explaining the automatic calendar packing system of the second embodiment according to the present invention.
Figure 4 shows a hole punching device constituting the automatic calendar packing system of the second embodiment according to the present invention,
Figure 4a is a schematic perspective view showing the inside,
Figure 4b is a cross-sectional view taken along line AA of Figure 4a,
Figure 4c is an enlarged perspective view of the main part,
Figure 4d is an enlarged perspective view of the upper and lower perforation members,
Figure 4e is an enlarged view of part B of Figure 4b,
Figure 4f is a side cross-sectional view showing the operating state of the hole drilling device.

Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to the accompanying drawings. However, it should be understood that the present invention may be embodied in many different forms and is not limited to the described embodiments.

1 is a schematic configuration diagram for explaining the automatic calendar packaging system of a first embodiment according to the present invention, Figure 2 is a view showing a hole punching device constituting the automatic calendar packaging system of the first embodiment according to the present invention .

1 and 2, the automatic calendar packaging system of the first embodiment according to the present invention automatically wraps the bookbinding calendar, and includes a calendar saddle stitching facility 1, a hole punching device 2, and a calendar wrapping facility. (4) and the bridge facility (5).

The calendar saddle stitching facility 1 provides a hole punching device 2 to be described later after fastening iron pins for fixing multiple calendar sheets. It is a facility configured to stack a certain number of sheets and then attach them to the middle of the calender through an iron needle.

In addition, the hole punching device 2 is installed outside between the calendar saddle stitching facility 1 and the bridge facility 5 to be described later, as shown in FIGS. It acts as a perforator.

The hole drilling device that plays the same role is capable of accurately drilling holes by pressing and fixing both ends of the calendar when punching holes in the saddle-stitched calendar, and the supply belt conveyor 21, the drilling means 22, and the calendar stop and discharge means (23).

The supply belt conveyor 21 is disposed at the rear and serves to supply the calendar 100 that is saddle-stitched from the rear to the front, and is composed of upper and lower belt conveyors 233a and 233b. The calendar 100 saddle-stitched between (233a) and (233b) is supplied from the rear to the front. And it is preferable that a motor for moving the belt is connected to one of the upper and lower belt conveyors 233a and 233b of the supply belt conveyor 21 .

In addition, the perforation means 22 is provided in front of the supply belt conveyor 21, and as the calendar 100 passes, the front part of the calendar is exposed to the front and is discharged at the moment when the perforation rod 223 descends and rises. It serves to perforate a hole in the calendar 100 to be passed through.

The drilling means 22 serving as such is provided horizontally in the transverse direction in front of the supply belt conveyor 21 so that the hole can be accurately drilled. A horizontal plate 221 formed, a lifting member 222 connected to the lifting operation means 222a on the upper portion of the horizontal plate 221 to be lifted by the operation of the lifting operation means 222a, and the lifting member ( It may be configured to include a perforating rod 223 protruding from the lower portion of the horizontal plate 221 and vertically penetrating through the center of the horizontal plate 221 to pierce a hole in the calendar 100 .

The lifting operation means (222a) is a motor, a circular plate installed on the rotating shaft of the motor, the lower part is mounted eccentrically through a hinge part on the circumference of the circular plate, and the upper part is connected to the lifting member 222 It can be composed of a lifting link have.

In addition, the stop discharge means 23 of the calendar is disposed in front of the perforation means 22, and stops the discharge of the calendar 100 at the moment of drilling a hole through the descent and rise of the perforation rod 223 and Press both ends of (100), and when the perforation of the hole in the calendar 100 is completed, release the press on both ends of the calendar 100 and release the blocking of the front end to move the perforated calendar 100 to the front It plays a role in excretion.

The stop discharge means 23 of the calendar that serves as such is the pressing rods on both sides penetrating in the longitudinal direction on both sides of the calendar passage hole 221a so that both ends of the calendar 100 can be firmly pressed during drilling. 231) and simultaneously moving the push rods 231 on both sides in the inward direction to press both ends of the calendar 100, and simultaneously move the push rods 231 on both sides in the outward direction to move both ends of the calendar 100 at the same time Both side pressing rod operating means 232 to release the press, and disposed in front of the horizontal plate 221 to stop the discharge of the calendar 100 when the hole is drilled by stop and operation, and the calendar 100 after the hole drilling It may be configured to include a discharge belt conveyor 233 for discharging.

The both sides of the pressing rod operating means 232 are vertically connected to the front of each of the both sides of the pressing rod 231 to be movable to both sides along the guide rail, a vertical operating table 232a, and both side vertical operating tables. A vertical plate 232b that is fixedly arranged in the horizontal direction to be spaced apart from the front of the 232a, and a vertical plate 232b that is a rear of the vertical plate 232b, a longitudinal which protrudes to the rear so as to be rotatable between the two vertical actuators 232a The rotational shaft 232c in the direction, the rotational disk 232d fixed to the rotational shaft 232c, and the upper portion of the rotational disk 232d and the vertical operating table 232a on one side are provided so that the angle can be changed A first operation link (232e), a second operation link (232f) provided so as to be able to change the angle between the lower portion and the other side of the vertical operation table (232a) of the rotary disk (232d), the rotary disk (232d) ) connected to one side and may be configured to include a forward and reverse driving unit for forward and reverse rotation of the rotating disk 232d at a predetermined angle by driving a motor.

The forward/reverse driving unit is connected to the rotation shaft of the motor (M) so as to be rotatable, and the first cam plate (C1) is fixed to the periphery of the first rotation shaft (S1) in the transverse direction, and the rotation roll is provided at the bottom to rotate A roll is inserted into the cam groove of the first cam plate C1, and a second rotation shaft S2 in the transverse direction is penetrated and fixed to the upper portion of the first cam plate C1. The first link (L1) to rotate, the front is fixed through the second rotary shaft (S2), and rotates forward and reverse at a predetermined angle about the second rotary shaft (S2), and a first long hole (H1) is formed in the rear The second link (L2) and the lower part are connected to the first long hole (H1) through a hinge shaft, and the upper part is connected to one side of the rotating disc (232d) by a hinge part so that the angle is changed and the rotating disc ( 232d) may be configured to include a third link (L3) for forward and reverse rotation.

On the other hand, the stop discharge means 23 of the calendar blocks the front end of the calendar 100 when the hole of the calendar 100 is drilled so that the calendar can maintain an accurate position, a vertical guide in front of the vertical plate 232b A blocking elevating member 234 provided to be vertically elevating through a rail, and the upper portion of the blocking elevating member 234 are provided to enable position adjustment in the front-rear direction through manual rotation of the screw shaft, so that the hole through the rising and falling A second long hole (H2) provided in the second link (L2) and a lifting blocking plate 235 to block the front end of the calendar 100 during the perforation of the hole and release the block in the front of the calendar 100 after the perforation of the hole ) and the second long hole (H2), the lower part is connected through a hinge shaft, and the upper part is connected to the blocking elevating member 222 by a hinge, so that the angle is changed and elevating to elevate the blocking elevating member 222. 4 may further include a link (L4).

In addition, the discharge belt conveyor 233 may be configured to include a lower belt conveyor 233b and an upper belt conveyor 233a provided on the upper part of the lower conveyor to change the rear angle with respect to the front hinge axis.

And the stop discharge means 23 of the calendar is provided with a penetrating around the first rotational shaft (S1) so that the calendar 100 by further pressing the upper portion of the calendar 100 when the hole is drilled so that the calendar can maintain an accurate position. The second cam plate (C2) and a rotating roll are provided in the front so that the rotating roll is inserted into the cam groove of the second cam plate (C2). A fifth link (L) for forward and reverse rotation of the third axis of rotation (S3) at a constant angle by rotation of C2), and the front is fixed through and fixed to the third axis of rotation (S3), centering on the third axis of rotation (S3) A sixth link (L6) rotated forward and reverse at a certain angle and formed with a third long hole (H3) at the rear, and a lower portion connected to the third long hole (H3) through a hinge shaft and an upper portion of the upper belt conveyor (233a) It may further include a seventh link (L7) connected to one side of the hinge unit to lift or lower the rear of the upper belt conveyor (233a) as the angle is changed.

Hereinafter, the operation of the hole drilling device 2 configured as described above will be described with reference to FIGS. 1 and 2 . In the case of drilling a hole in the calendar 100 saddle-stitched through the hole drilling device 2, the calendar 100 saddle-stitched in the known calendar saddle-stitching facility 1 and folded in the middle is fed to the belt conveyor 21 It is moved from the rear of the front to the perforation means 22 is inserted into the calendar passage hole (221a).

Next, the calendar 100 put into the calendar passing hole 221a of the perforating means 22 is discharged at the moment when the front part is discharged through the calendar passing hole 221a, the operation of the discharge belt conveyor 233 is stopped and the calendar Discharge is momentarily stopped, and at this moment, by the operation of the motor (M) of the pressing rod operating means 232 on both sides, the pressing rods 231 on both sides press the both ends of the calendar 100, and the lifting blocking plate ( 235) is raised by the driving of the motor (M) to block the front of the calendar (100).

And at the moment when the pressing rods 231 on both sides press both ends of the calendar 100 and the lifting blocking plate 235 blocks the front of the calendar 100 as described above, the lifting operation of the perforating means 22 By the operation of the means (222a), the perforation rod 223 is lowered and raised, so that a hole is perforated in the calendar 100 .

Then, when a hole is drilled in the calendar 100 as described above, the pressing rods 231 on both sides are opened to both sides by the operation of the motor M of the both sides of the pressing rod operating means 232, so that both sides of the calendar 100 By releasing the press of the end, the lifting blocking plate 235 is lowered by the driving of the motor (M) to release the blocking state of the front end of the calendar 100, and immediately the discharge belt conveyor 233 is operated and the hole is drilled The operation of discharging the calendar 100 to the front is in progress.

In addition, the above operation is repeated and continuously performed to automatically puncture a large amount of calendars.

Therefore, the above-described calendar perforating device can prevent the defect of hole perforation by pressing and fixing both ends of the calendar 100 when perforating the hole of the saddle-stitched calendar 100 to accurately drill the hole, and the hole of the calendar 100 By blocking the front end of the calendar 100 during drilling, the hole can be drilled more accurately, and when drilling the hole, both ends, the front end and the upper surface of the calendar 100 are pressed simultaneously through the operation of one motor to the structure There is an advantage that can reduce the manufacturing cost of the hole drilling device (2) of the calendar 100 by simply making.

In addition, the calendar wrapping facility 4 is disposed at the end of the bridge facility 5, which will be described later, and wraps vinyls on the calendar transferred through the bridge facility 5. This calendar wrapping facility 4 is already known will be.

And the bridge facility (5) is disposed between the hole punching device (2) and the calendar lapping device (4), the calendar perforated by the hole punching device (2) to the calendar wrapping facility (300) This bridge arrangement 5, which serves to transport, is already known.

Accordingly, the automatic calendar packing system of the first embodiment according to the present invention includes a calendar saddle stitching facility (1) for fastening iron pins for fixing multiple calendar sheets, and a hole punching device (2) for forming perforations in the calendar to which the iron pins are fastened. ), a calendar wrapping facility 4 for wrapping vinyls on a calendar, and a bridge facility 5 for transferring the perforated calendar to the calendar wrapping facility are integrally configured to automatically wrap the bookbinding calendar. It is a useful invention to provide a system.

Figure 3 is a schematic configuration diagram for explaining the automatic calendar packaging system of a second embodiment according to the present invention, Figure 4 is a view showing a hole punching device constituting the automatic calendar packaging system of the second embodiment according to the present invention .

3 and 4, the automatic calendar packaging system of the second embodiment according to the present invention automatically wraps the bookbinding calendar, and includes a calendar saddle stitching facility 1, a hole punching device 3, and a calendar wrapping facility. (4) and the bridge facility (5).

The calendar saddle stitching facility 1 is to provide a hole punching device 2 to be described later after fastening iron pins for fixing several sheets of calendar, and the calendar saddle stitching facility 1 sequentially supplies the calendar sheets. It is a facility configured to stack a certain number of sheets and then attach them to the middle of the calendar through an iron needle.

In addition, as shown in FIGS. 3 and 4 , the hole punching device 3 is provided inside the booth provided on the discharge side of the calendar saddle stitching facility to perforate the saddle-stitched calendar inside the booth. do.

The hole drilling device that plays such a role can reduce the manufacturing cost by simplifying the structure and freely adjust the drilling position of the calendar hole, the belt conveyor 31, the horizontal plate 32, the lifting plate 33, the lower It includes a perforation member 34 and an upper perforation member 35 .

The belt conveyor 31 is provided to be disposed in the longitudinal direction on the upper part of the main body 3a, which is empty and has an open top inside, and includes upper and lower belt conveyors 311 and 312 that are operated by driving a motor. It is configured to supply while repeatedly stopping the saddle-stitched calendar from the rear to the front.

The horizontal plate 32 is provided so that both ends are fixed to the main body 3a so as to be disposed in the middle of the lower middle in the front-rear direction of the lower belt conveyor 312 in the transverse direction.

The lifting plate 33 is arranged to be horizontally spaced apart from the upper portion of the horizontal plate 32 to be raised and lowered by the lifting operation means 331 , and is provided on the upper part of the belt conveyor 31 .

The lifting operation means 331 is a motor, a circular plate installed on the rotating shaft of the motor, a lower part is mounted eccentrically through a hinge part on the circumference of the circular plate, and an upper part is a lifting link connected to the lifting plate 33 and the hinge part. can be configured.

In addition, the lower perforation member 34 is provided in the longitudinal direction in the center of the upper surface of the horizontal plate 32 is configured to enable adjustment of the position in the front-rear direction of the perforation hole (343b). Therefore, the lower perforation member 34 is longitudinally fixed to the upper surface of the horizontal plate 32 and has an empty interior so that the position of the perforation hole 343b can be adjusted, and a longitudinal long hole 341a is formed on the upper plate. A fixed tube 341 to be used and a perforation into which a perforation rod 352b to be described later is inserted on the upper surface of the fixed tube 341, the bolt through-holes 342a are formed in the front and rear, and the upper surface of the fixed tube 341 is movable in the front and rear directions. A lower drilling mold 342 in which a hole 343b is formed, and a plurality of positioning bolts 344 penetrating through the front and rear bolt through holes 342a and the long hole 341a of the lower drilling mold 342 and , may be configured to include a plurality of nuts 345 fastened to the screw shaft of each of the positioning bolts 344 .

In addition, the upper perforation member 35 is provided in the longitudinal direction at the center of the lower surface of the elevating plate 33, so that the position of the perforation rod 352b inserted into the perforation hole 343b can be adjusted in the front-rear direction. will become Therefore, the upper perforation member 35 is longitudinally fixed to the lower surface of the elevating plate 33 so as to enable the position adjustment of the perforating rod 352b, and is located in the center between the upper and lower plates and the upper and lower plates. A vertical beam 351 including a vertical plate integrally provided and having longitudinal long holes 351a formed on both sides of the lower plate, and a lower portion of the vertical beam 351 movably provided in the front-rear direction, one on both sides The upper perforation mold 352 is formed in the above tap hole 352a and is provided with a perforation rod 352b having the lower portion inserted into the lower portion of the perforation hole 343b, and the upper perforation is penetrated through the long holes 351a on both sides. It may be configured to include a plurality of positioning bolts 353 fastened to the tap hole 352a of the mold 352 .

On the other hand, the hole drilling device according to the present invention presses both ends of the stopped calendar when the calendar is drilled so that the hole drilling can proceed accurately in the longitudinal direction on both sides of the upper side of the horizontal plate 32, which is both sides of the belt conveyor 31 It is provided as a presser rod 36 on both sides that presses both ends of the calendar in a state in which the calendar is stopped for perforation, and simultaneously moves the press rods 36 on both sides in the inward direction to press both ends of the calendar and press both ends It may further include both side pressing rod operating means 37 for simultaneously moving the pressing rod 36 in the outward direction to release the pressing of both ends of the calendar.

The both sides of the pressing rod operating means 37 are vertically connected to the front of each of the both sides of the pressing rods 36 to be movable to both sides along the guide rail, a vertical operating table 371, and both side vertical operating tables. A vertical plate 372 that is fixedly arranged in the transverse direction to be spaced apart from the front of the 371, and the vertical plate 372, which is a rear side of the vertical plate 372, provided with a longitudinal protruding rearward so as to be rotatable between the two vertical actuators 371 A rotational shaft 373 in the direction, a rotational disk 374 fixed to the rotational shaft 373, and an upper portion of the rotational disk 374 and a vertical operating table 371 on one side are provided so that the angle can be changed A first operation link 375, a second operation link 376 provided so as to be able to change the angle between the lower portion of the rotating disk 374 and the other vertical operation table 371, and the rotation disk 374 ) connected to one side and may be configured to include a forward and reverse driving unit for forward and reverse rotation of the rotating disk 374 at a predetermined angle by driving a motor.

The forward/reverse driving unit is connected to the rotation shaft of the motor (M) so as to be rotatable, and the first cam plate (C1) is fixed to the periphery of the first rotation shaft (S1) in the transverse direction, and the rotation roll is provided at the bottom to rotate A roll is inserted into the cam groove of the first cam plate C1, and a second rotation shaft S2 in the transverse direction is penetrated and fixed to the upper portion of the first cam plate C1. The first link (L1) to rotate, the front is fixed through the second rotary shaft (S2), and rotates forward and reverse at a predetermined angle about the second rotary shaft (S2), and a first long hole (H1) is formed in the rear The second link (L2) and the lower part are connected to the first long hole (H1) through a hinge shaft, and the upper part is connected to one side of the rotating disc 374 by a hinge part to change the angle, and the rotating disc ( 374 may be configured to include a third link (L3) for forward and reverse rotation.

Hereinafter, the operation of the hole drilling device 3 configured as described above will be described with reference to FIGS. 3 and 4 . When a hole is drilled in the calendar 100 saddle-stitched through the hole drilling device 2, the saddle-stitched calendar 100 that is saddle-stitched and folded in the middle in a known calendar saddle-stitching equipment is moved from the rear of the belt conveyor 31 to the front. After being moved to and inserted between the upper and lower perforation members 35 and 34, the belt conveyor 31 is stopped immediately.

Next, as described above, at the moment the calendar 100 is put between the upper and lower perforation members 35 and 34 and is stopped, the pressing rods on both sides are operated by the motor M of the pressing rod operating means 37 on both sides. Press both ends of the calendar (100).

And at the moment when the pressing rods on both sides press both ends of the calendar 100 as described above, the lifting plate 33 and the perforated rod 352b are operated by the lifting operation means 331 connected to the lifting plate 33. A hole is drilled in the calendar 100 by descending and rising.

Then, when a hole is perforated in the calendar 100 as described above, both sides of the pressing rod 231 are opened to both sides by the operation of the motor M of the both sides of the pressing rod operating means 232, and both ends of the calendar 100 Release the press, the belt conveyor 31 is operated immediately, the operation of discharging the perforated calendar 100 to the front is in progress.

In addition, the above operation is repeated and continuously performed to automatically puncture a large amount of calendars.

Therefore, the above-described calendar perforating device can provide a low-cost calendar hole drilling device having price competitiveness by simplifying the structure and reducing manufacturing costs, and freely setting the hole perforation position of the saddle-stitched calendar according to the size of the calendar By making it adjustable, you can drill holes in the calendar interchangeably regardless of the size of the calendar. there are advantages to

In addition, the calendar wrapping facility 4 is disposed at the end of the bridge facility 5, which will be described later, and wraps vinyls on the calendar transferred through the bridge facility 5. This calendar wrapping facility 4 is already known will be.

And the bridge facility (5) is disposed between the hole punching device (2) and the calendar lapping device (4), the calendar perforated by the hole punching device (2) to the calendar wrapping facility (300) This bridge arrangement 5, which serves to transport, is already known.

Accordingly, the automatic calendar packing system of the first embodiment according to the present invention includes a calendar saddle stitching facility (1) for fastening iron pins for fixing multiple calendar sheets, and a hole punching device (2) for forming perforations in the calendar to which the iron pins are fastened. ), a calendar wrapping facility 4 for wrapping vinyls on a calendar, and a bridge facility 5 for transferring the perforated calendar to the calendar wrapping facility are integrally configured to automatically wrap the bookbinding calendar. It is a useful invention to provide a system.

Although preferred embodiments of the present invention have been described above, various changes, modifications and equivalents may be used in the present invention. It is clear that the present invention can be equally applied by appropriately modifying the above embodiments. Accordingly, the above description is not intended to limit the scope of the invention defined by the limits of the following claims.

On the other hand, although specific embodiments have been described in the detailed description of the present invention, it will be apparent to those of ordinary skill in the art that various modifications are possible without departing from the scope of the present invention.

1: Calendar saddle stitching equipment
2: hole drilling device
21: supply belt conveyor
22: perforation means
221: horizontal plate
222: elevating member
223: punch bar
23: stop discharge means of the calendar
231: push bar
232: both side pressing rod operating means
233: discharge belt conveyor
234: blocking elevating member
235: lift blocking plate
3: hole drilling device
3a: body
31: belt conveyor
32: horizontal plate
33: lift plate
34: lower perforation member
35: upper perforation member
36: push bar
37: both side pressing rod operating means
4: Calendar wrapping equipment
5: Bridge equipment

Claims (13)

a calendar saddle-stitching facility for fastening iron pins for fixing multiple calendar sheets; a hole drilling device for drilling a hole in a partial area of the calendar that is saddle-stitched by the calendar saddle-stitching facility; a calendar wrapping facility for wrapping vinyls on a calendar perforated by the hole drilling device; A bridge facility for transferring the calendar perforated by the perforating device to the calendar wrapping facility; includes,
The hole drilling device is installed outside between the calendar saddle stitching facility and the bridge facility,
The hole punching device is disposed in the rear and the supply belt conveyor to which the saddle-stitched calendar is supplied from the rear to the front, and provided in front of the supply belt conveyor and as the calendar passes, the front part of the calendar is exposed to the front and discharged. A perforating means for perforating a hole in the calendar passed through the descending and rising of the perforating rod, and a perforating means disposed in front of the perforating means and stopping the discharge of the calendar at the moment of perforating the hole through the lowering and rising of the perforating rod and Pressing both ends and when the perforation of the hole in the calendar is completed, release the press on both ends of the calendar to include a stop discharge means of the calendar for discharging the perforated calendar to the front,
The perforation means
A horizontal plate provided horizontally in the longitudinal direction at the front of the supply belt conveyor and having long calendar passage holes formed therein in the left and right directions;
an elevating member connected to the elevating operation means on the upper portion of the horizontal plate to elevate;
It is provided protruding from the lower portion of the elevating member to include a perforating rod that penetrates vertically to enable elevating in the center of the horizontal plate to perforate a hole in the calendar,
The stop discharge means of the calendar is
Pressing rods on both sides penetrating in the longitudinal direction on both sides of the calendar passage hole,
Double-sided pressing rod operating means for simultaneously moving the pressing rods on both sides in the inward direction to press both ends of the calendar and simultaneously moving the pressing rods on both sides outward to release the pressing on both ends of the calendar;
Automatic calendar packaging system, characterized in that it is disposed in front of the horizontal plate to stop the discharge of the calendar when the hole is drilled by stop and operation, and comprises a discharge belt conveyor for discharging the calendar after the hole is drilled.
delete delete According to claim 1,
The both sides of the pressing rod operating means
a vertical operating table connected vertically to the front of each of the push rods to be movable to both sides along the guide rail;
A vertical plate fixed in the transverse direction to be spaced apart from the front of both vertical operating tables,
A longitudinal axis of rotation provided to protrude rearward so as to be rotatable between both sides of the vertical operating table, which is the rear of the vertical plate,
a rotating disc fixed to the rotating shaft;
A first operation link provided so as to be able to change the angle between the upper portion of the rotating disk and the vertical operation table on one side;
a second operation link provided to enable an angle change between the lower portion of the rotating disk and the other vertical operation table;
Automatic calendar packing system, characterized in that it is connected to one side of the rotating disc and comprises a forward/reverse driving unit for rotating the rotating disc at a predetermined angle by driving a motor.
5. The method of claim 4,
The forward/reverse driving unit
A first rotational shaft in the transverse direction connected to the rotational shaft of the motor to be rotatable and to which a first cam plate is fixed to the periphery thereof;
A first link provided with a rotary roll at the lower portion, the rotary roll is inserted into the cam groove of the first cam plate, and a second rotary shaft in the transverse direction penetrated and fixed to the upper portion;
a second link having a front fixed to the second rotation shaft and a first long hole formed at the rear;
The lower part is connected to the first long hole by a hinge shaft, and the upper part is connected to one side of the rotating disc by a hinge part so that the angle is changed and the lower part is raised and lowered, and a third link for rotating the rotating disc in a forward and reverse direction. system.
6. The method of claim 5,
The stop discharge means of the calendar is
a blocking elevating member provided to be able to elevate vertically through a vertical guide rail in front of the vertical plate;
Position adjustment is possible in the front-rear direction through manual rotation of the screw shaft on the upper part of the blocking lifting member to block the front end of the calendar when drilling a hole through ascending and descending, and to release the block in front of the calendar after drilling the hole elevator block,
a second long hole provided in the second link;
Automatic calendar packaging characterized in that the lower part is connected to the second long hole by a hinge shaft and the upper part is connected to the blocking elevating member by a hinge part, so that the angle is changed and the fourth link is raised and lowered to elevate the blocking elevating member. system.
6. The method of claim 5,
The discharge belt conveyor
It includes an upper belt conveyor provided on the upper part of the lower belt conveyor and the lower conveyor so that the rear angle is changed around the front hinge axis,
The stop discharge means of the calendar is
a second cam plate provided through the periphery of the first rotation shaft;
a fifth link provided with a rotating roll in the front, the rotating roll being inserted into the cam groove of the second cam plate, and a third rotating shaft in the transverse direction penetrating and fixed to the rear side;
A sixth link having a front fixed to the third rotation shaft and a third long hole formed at the rear;
The lower part is connected to the third long hole by a hinge shaft, and the upper part is connected to one side of the upper belt conveyor by a hinge part, so that the angle is changed and the lower part is raised and lowered to raise or lower the rear of the upper belt conveyor. It further comprises a seventh link Automatic calendar packing system.
a calendar saddle-stitching facility for fastening iron pins for fixing multiple calendar sheets; a hole drilling device for drilling a hole in a partial area of the calendar that is saddle-stitched by the calendar saddle-stitching facility; a calendar wrapping facility for wrapping vinyls on a calendar perforated by the hole drilling device; A bridge facility for transferring the calendar perforated by the perforating device to the calendar wrapping facility; includes,
The hole drilling device is provided inside the booth provided on the discharge side of the calendar saddle stitching facility,
The hole drilling device includes upper and lower belt conveyors that are disposed in the longitudinal direction on the upper part of the main body with an empty and open upper part inside and are operated by driving a motor, and supply while repeatedly stopping the saddle-stitched calendar from the rear to the front And a horizontal plate fixed to be arranged in the horizontal direction in the middle of the lower middle of the front and rear direction of the lower belt conveyor, and the horizontal plate is arranged to be spaced apart in the transverse direction on the upper part of the horizontal plate is provided to be lifted by the lifting operation means A steel plate, a lower perforation member provided in the longitudinal direction at the center of the upper surface of the horizontal plate and capable of adjusting the position of the perforation hole in the front-rear direction, and a perforating rod which is provided in the longitudinal direction at the center of the lower surface of the elevating plate and is inserted into the perforation hole It includes an upper perforation member that is provided to enable adjustment of the position in the front-rear direction,
The lower perforation member is
A fixing pipe fixed in the longitudinal direction on the upper surface of the horizontal plate and having an empty inside, the upper plate having a longitudinal long hole formed therein;
A lower perforation mold provided to be movable in the front-rear direction on the upper portion of the fixed tube, a bolt through-hole is formed in the front and rear, and a perforation hole into which the perforating rod is inserted on the upper surface;
A plurality of positioning bolts penetrating through the front and rear bolt through-holes and the long hole of the lower drilling mold,
Automatic calendar packing system comprising a plurality of nuts fastened to the screw shaft of each of the positioning bolts.
delete 9. The method of claim 8,
The upper perforation member is
A vertical beam fixed in the longitudinal direction to the lower surface of the lifting plate and including a vertical plate integrally provided in the center between the upper and lower plates and the upper and lower plates, and having longitudinal long holes formed on both sides of the lower plate,
An upper perforating mold provided with a perforating rod movable in the front-rear direction at the lower portion of the vertical beam, formed in one or more tap holes on both sides, and having a lower portion inserted into the perforating hole at the lower portion;
Automatic calendar packing system, characterized in that it includes a plurality of position adjustment bolts penetrated through the long holes on both sides to be fastened to the tap holes of the upper punching mold.
11. The method of any one of claims 8 or 10,
Calendar hole drilling machine
It is provided in the longitudinal direction on both sides of the upper side of the horizontal plate, which is both sides of the belt conveyor, pressurizing rods on both sides to press both sides of the calendar in a state in which the calendar is stopped for perforation;
Double-sided pressing rod operating means for simultaneously moving the pressing rods on both sides in the inward direction to press both ends of the calendar and simultaneously moving the pressing rods on both sides outward to release the pressing on both ends of the calendar;
Automatic calendar packing system, characterized in that it further comprises.
12. The method of claim 11,
The both sides of the pressing rod operating means
a vertical operating table connected vertically to the front of each of the push rods to be movable to both sides along the guide rail;
A vertical plate fixed in the transverse direction to be spaced apart from the front of both vertical operating tables,
A longitudinal axis of rotation provided to protrude rearward so as to be rotatable between both sides of the vertical operating table, which is the rear of the vertical plate,
a rotating disc fixed to the rotating shaft;
A first operation link provided so as to be able to change the angle between the upper portion of the rotating disk and the vertical operation table on one side;
a second operation link provided to enable an angle change between the lower portion of the rotating disk and the other vertical operation table;
Automatic calendar packing system, characterized in that it is connected to one side of the rotating disc and comprises a forward/reverse driving unit for rotating the rotating disc at a predetermined angle by driving a motor.
13. The method of claim 12,
The forward/reverse driving unit
A first rotational shaft in the transverse direction connected to the rotational shaft of the motor to be rotatable and to which a first cam plate is fixed to the periphery thereof;
A first link provided with a rotary roll at the lower portion, the rotary roll is inserted into the cam groove of the first cam plate, and a second rotary shaft in the transverse direction penetrated and fixed to the upper portion;
a second link having a front fixed to the second rotation shaft and a first long hole formed at the rear;
The lower part is connected to the first long hole by a hinge shaft, and the upper part is connected to one side of the rotating disc by a hinge part so that the angle is changed and the lower part is raised and lowered, and a third link for rotating the rotating disc in a forward and reverse direction. system.

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