KR102100166B1 - Bookbinding and boring machine - Google Patents

Abstract

The present invention is a frame installed on the ground, a perforated member to form a hole in a plurality of printed matters installed on the frame, and a molding tube cutting member for cutting the molding tube enough to bind a plurality of printed matters installed on the frame. Wow, the molding tube transfer and molding member installed in the frame and heat-molded by inserting the cut molding tube into the holes of a plurality of stacked printed materials, and the cutting member and the molding tube transfer and molding member installed in the frame Relates to the bookbinding perforator including a control unit for controlling, more specifically, to install a work plate and a housing that are mutually coupled to the frame, the work plate forms a work hole in which perforation and binding work is performed, and to both sides of the work hole. A first sealing end in which one side of a plurality of stacked printed materials is in close contact protrudes, and is controlled by a control unit inside the housing. The first gear is provided with a driving motor provided on a rotating shaft, a screw shaft provided with a second gear rotated by being engaged with the first gear, and a moving tool moving along the screw shaft by rotation of the screw shaft, and the outer surface of the housing The movable port is formed with a movable hole through which the movable port can move, and the movable port includes a movable table device provided with a table equipped with a holder for fixing one side and two adjacent sides of a plurality of stacked printed materials, and the outer surface of the housing Installed in, the storage box for storing various tools or parts by the withdrawal member includes a storage device that is drawn out of the housing, is installed in the perforated member, controlled by the control unit, and stacks positions of holes to be formed by the perforated member And a display device for irradiating and displaying laser beams on a plurality of printed materials.

Description

Bookbinding and boring machine

The present invention relates to a bookbinding perforator, in particular, it is possible to easily store various tools or parts required for an operator, and notify the operator in advance of the positions of holes to be formed in a plurality of stacked substrates by drilling, and to the stacked multiple substrates. The present invention relates to a bookbinding drilling machine which enables continuous drilling and bookbinding work to be performed automatically without manual work by an operator.

In general, the most used bookbinding punching machine is a device for punching a hole in a piece such as a large number of stacked printed materials or documents, and inserting a molding tube that is cut and supplied to a predetermined length into this hole, forming both ends, and binding and binding it as one. to be.

In this regard, Patent Document 1 is a press arm for clamping a stacked piece and a perforated motor with a drill to the top of the base plate, and as it moves up and down along the shaft, it is installed on the axis of the transfer motor to guide the molding tube. A guide roll, a tube guide pin on a lower heater part supporting the insertion of the molding tube to be guided to the lower part, a cutter for cutting the molding tube, and a molding tube inserted into one side of the tube guide pin It is composed of a length adjustment plate, wherein the length adjustment plate is supported at the bottom of one side by a carbon string, and the upper end is connected with a press arm and a wire, and the length is adjusted while simultaneously raising and lowering according to the thickness of the stacked pieces of the press arm. It is made to automatically adjust the cutting length of the molding tube while the plate moves up and down correspondingly. It provided a molded tube supply in the group.

However, in the case of Patent Document 1, the document binding is usually performed by two holes, and the first punching and binding work was completed, and when the second punching and binding work was performed, a plurality of stacked prints had to be manually moved by the operator.

That is, there was a fear that the positions of a plurality of stacked printed matters were changed due to the manual work of the operator, and thus there was a fear that the perforation and binding operations could not be properly performed at predetermined intervals.

In addition, it was difficult to store various tools and parts necessary for the operator, and it was difficult for the operator to know in advance where the holes to be formed by the drilling operation were located in a plurality of stacked prints.

Patent Document 1: Registered Utility Model No. 20-0193629 (registered on June 13, 2000.)

Accordingly, the present invention, it is possible to easily store various tools or parts required for the operator, in advance to inform the operator of the location of the hole to be formed in a plurality of stacked substrates by drilling, continuous punching and binding of the stacked substrates The aim is to provide a bookbinding drilling machine that allows the work to be done automatically without manual intervention by the operator.

In order to achieve the above object, the present invention, the frame installed on the ground, a perforated member to form a hole in a plurality of printed matter is installed on the frame, and the molding provided to bind a plurality of printed matter is installed on the frame. A molding tube cutting member for cutting the tube, a molding tube transfer and molding member for heating and molding by inserting a cut molding tube installed in the frame into a hole in a stack of printed materials, and a cutting member and a molding tube installed in the frame In a bookbinding puncturer including a control unit for controlling a member and a molding tube conveying and forming member, a work plate and a housing coupled to each other are installed in a frame, and the work plate forms a work hole in which drilling and binding work is performed. A first sealing end in which one side of a plurality of printed materials stacked on both sides is in close contact protrudes, and a control unit is provided inside the housing. A driven motor having a first gear that is controlled and provided on a rotating shaft, a screw shaft provided with a second gear that rotates by being engaged with the first gear, and a moving tool that moves along the screw shaft by rotation of the screw shaft are installed. The outer surface is formed with a movable hole through which the movable port can move, and the movable port includes a movable table device provided with a table provided with a holder for fixing one side and two adjacent sides of a plurality of stacked printed materials. It is installed on the outer surface, and the storage box for storing various tools or parts by the withdrawal member includes a storage device that is withdrawn to the outside of the housing. It is installed on the perforated member, controlled by the control unit, and controls the position of the hole to be formed by the perforated member. It provides a bookbinding punch characterized in that it comprises a display device for irradiating and displaying a laser beam on a plurality of stacked printed matter.

According to the present invention, since the movement hole on which the table is installed can move along the screw shaft and the movement hole through the first gear of the driving motor and the second gear of the screw shaft controlled by the control unit of the bookbinding drilling machine, a plurality of stacked printed materials are When the first punching and binding work of the bookbinding puncturer is finished in close contact with the first adhesive end of the worktable and work plate, multiple stacked prints are automatically transferred without manual intervention by the operator, resulting in the second or more punching and bookbinding work. There is.

That is, in the case of the perforation and binding operation of the bookbinding punching machine, there is an effect that the operator does not have to continuously move a plurality of printed materials stacked manually as in the prior art.

Since the guide hole of the moving tool is guided to the guide shaft, the present invention has an effect of reducing the shaking of the table moved by the moving tool.

That is, since a plurality of printed matters stacked at the first fixing end of the table and the worktable of the table is prevented from moving, there is an effect that the perforation and the binding work of the bookbinding puncturer for the stacked printed matters are stably performed.

In the present invention, since the base plate and the lower body of the bookbinding punch are inserted into the insertion space of the housing, there is an effect of reducing the degree to which the mobile table device protrudes from the bookbinding punch.

That is, since the volume is less increased even when the mobile table device is installed in the bookbinding perforator, there is an effect that the bookbinding perforator equipped with the mobile table device can be arranged in a narrow installation space.

In the present invention, since the insertion space of the housing is supported on the base plate and the lower body of the bookbinding drilling machine, there is an effect of reducing the shaking of the housing due to the driving of the driving motor.

In addition, since the second contact end of the working plate is in close contact with both sides of the base plate of the bookbinding drilling machine, there is an effect of further reducing the shaking of the housing due to the driving of the driving motor.

That is, there is an effect that a plurality of stacked printed materials placed on a table move without shaking, so that the stacking and punching of the bookbinding machine for the stacked plurality of printed materials is stably performed.

In the present invention, since the first and second gears are made of bevel gears, there is an effect that the drive motor and the screw shaft are horizontally crossed and positioned on the same line.

That is, since it is not necessary to form the height of the housing long to install the first and second gears and the drive motor and the screw shaft, there is an effect that the volume is less increased even when the movable table device is installed in the bookbinding machine.

Since the present invention pressurizes the upper surfaces of the stacked prints with a pressing member, there is an effect of preventing the stacked prints from moving in the upward direction by the external force generated during the drilling and binding work of the bookbinding punch machine.

That is, since the pressing member prevents the space between the plurality of prints by moving the stacked plurality of prints in the upper direction, there is an effect that the puncturing and binding work of the bookbinding puncturer is stably performed.

In addition, since a plurality of stacked printed materials are in close contact with each other by a pressing member, there is an effect that the length of the molding tube can be shortly used during the binding operation of the bookbinding machine.

That is, it has the effect of reducing the waste of the molding tube.

In the present invention, since the fastener inclined in one direction is caught in the first and second fastening holes and the third fastening hole in the fastening plate inclined in one direction is fastened in the guide rod, it is applied to the external force generated during the drilling and binding operations of the bookbinding punch. It has the effect of preventing the fixing member from being released.

That is, there is an effect that the pressing of the pressing member against a plurality of stacked prints is continuously made.

The present invention has an effect that the fastener inclined in one direction is continuously inserted into the first and second catching holes by the first elastic spring, and the third catching hole of the fixed plate inclined in one direction is continuously caught in the guide rod. .

That is, there is an effect that the pressurization of the pressing member against the stacked printed matter is made more consistent regardless of the external force generated during the drilling and binding operation of the bookbinding punch machine.

In addition, when the pressing of the fixing plate is released, there is also an effect that the pressing member is automatically fixed to the guide rod by the fixing member.

The present invention has an effect that when the fixing member is released, the pressing of the pressing member against a plurality of stacked printed materials is quickly released by the second elastic spring.

Since the present invention presses the upper surface of a plurality of printed matter stacked in a large area with a pressing member having a shape similar to a plate, there is an effect that the stacked printed matter is more closely adhered to each other.

That is, there is an effect that the length of the molding tube can be used shorter during the binding operation of the binding drilling machine.

In other words, it has the effect of further reducing the waste of the molding tube.

The present invention has the effect of pressing the upper surface of a plurality of printed matter is more quickly stacked pressing portion is formed protruding from the pressing member.

That is, since the descending length of the pressing member by the guide rod is short, there is an effect that the puncturing and the binding work of the bookbinding puncture machine are made quickly.

According to the present invention, since the control unit precisely controls the drive motor through the measurement information provided by the encoder and can precisely control the screw shaft that moves the moving tool, the perforation of the bookbinding puncturer for a plurality of stacked printed materials and This has the effect that the binding work is done accurately.

That is, there is an effect of preventing a plurality of stacked printed materials from being poorly perforated and bound.

According to the present invention, since the control unit can grasp the final position of the fixing pin installed in the mobile port through measurement information provided by a plurality of position sensors, the mobile device is perforated in the bookbinding perforator and when the booklet puncher is started or initialized. This has the effect of quickly positioning the first binding position.

That is, there is an effect that can prepare for the drilling and binding work of the next binding drilling machine immediately after the completion of the drilling and binding work of the binding drilling machine.

The present invention has an effect capable of storing and storing various tools or parts related to the components of the bookbinding drilling machine through a storage device.

That is, there is an effect that the various tools or parts are always located around the binding boring machine, so that the operator can conveniently use them whenever necessary.

In the present invention, since the withdrawal member is made of a guide rail and a guide or hinge member, there is an effect that the storage box can be withdrawn according to the installation space where the bookbinding punch is installed.

The present invention has an effect of informing a worker in advance of a position of a hole to be formed in a plurality of printed materials stacked by a drilling operation through a laser beam of a display device.

That is, there is an effect that it is not necessary to check in advance the positions of holes to be formed in a plurality of stacked printed materials by perforating a separate printed material that is not used for perforation and binding operations as in the prior art.

In other words, there is an effect of eliminating the conventional process of laminating and un-laminating multiple prints unnecessarily.

In the present invention, since the display device installed on the perforated member is made of a pair of first and second laser modules, the intersection of the first and second laser modules by laser beam irradiation and the center of the drill of the perforated member are more precisely aligned. It has the effect.

That is, there is an effect that the drilling operation of the drilling member is accurately performed.

In addition, there is an effect that the installation position of the first and second laser modules with respect to the perforated member can be more variously selected.

In addition, when the display device is abnormal, there is an effect that only one of the first and second laser modules may be replaced instead of all.

The present invention has the effect of being able to perforate and bind a large number of prints with fewer than 800 sheets than in the prior art.

1 to 6 is a detailed view of the bookbinding drilling machine according to an embodiment of the present invention,
7 to 20 is a state diagram showing the use of the puncturing and binding operation process of the binding puncturer according to an embodiment of the present invention.

Accordingly, the embodiments of the present invention as described above will be described in detail with reference to the accompanying drawings.

1 to 20, the bookbinding perforator 1000 according to an embodiment of the present invention is a lower body 101 installed on the ground, and a base plate 102 installed on the upper portion of the lower body 101 ), And a frame 100 made of an upper body 103 installed on an upper portion of the base plate 102 is included.

In addition, the bookbinding perforator 1000 is installed in the upper body 103 of the frame 100, the perforated member 110 to form a hole (1a) in a plurality of stacked printed matter (1), and the frame (100) It is installed on the lower body 101 of the molded tube cutting member 120 for cutting the molding tube 2 so as to bind a plurality of stacked printed matter (1), and the lower body 101 of the frame 100 The molded tube transport and molding member 130 for heating and molding by inserting and cutting the installed and cut molding tube 2 into a hole 1a of a plurality of stacked printed materials 1, and the upper body 103 of the frame 100 ) Is installed on the perforated member 110 and the molding tube cutting member 120 and the control unit 140 for controlling the molding tube transfer and forming member 130 is included.

Here, the control unit 140 is made of a button press type or a screen touch type.

In addition, the bookbinding perforator 1000 is installed on the frame 100, is controlled by the control unit 140, and includes a movable table device 200 that assists in perforation and binding operations for a plurality of stacked printed materials 1 .

In addition, the movable table device 200 is coupled to each other and includes a work plate 210 and a housing 220 installed on the lower body 101 and base plate 102 of the frame 100.

In addition, the work plate 210 is formed of a work hole 211 in which a perforation and binding operation is performed at the center, and one side of a plurality of printed materials 1 stacked on both sides of the work hole 211 is in close contact. One close contact end 212 is formed to protrude.

Here, the first sealing end 212 is formed to protrude from the upper surface of the work plate 210.

In addition, the working plate 10 is formed with a second contact end 213 that is in close contact with both sides of the base plate 102 of the frame 100 on both sides of the working hole 11.

Here, the second sealing end 213 is formed to protrude from the lower surface of the work plate 210.

And, inside the housing 220 is controlled by the control unit 140 and the first gear 231 is rotated by being engaged with the driving motor 230 provided on the rotating shaft 232 and the first gear 231 A screw shaft 240 provided with a second gear 241 and a moving sphere 250 similar to a hexahedral shape moving along the screw shaft 240 by rotation of the screw shaft 240 are installed.

Here, the first and second gears 231 and 241 are made of bevel gears, and the driving motor 230 is provided with a reduction gear.

And, on the outer surface of the housing 220, a long moving hole 221 is formed in a length direction in which the moving port 250 can move, and the moving port 250 includes a plurality of printed objects 1 stacked. A table 260 is provided with a fixture 261 that fixes one side and both adjacent sides.

In addition, a guide shaft 251 is installed over the screw shaft 240 inside the housing 220, and a guide hole 252 guided to the guide shaft 251 is formed in the moving port 250.

In addition, an insertion space 222 into which the lower body 101 and the base plate 102 of the frame 100 are inserted is formed on the outer surface of the housing 220.

And, on the outer surface of the table 260, guide rods 262 are installed closer to the work plate 210 than the holder 261 on both sides of the holder 261.

In addition, the guide rod 262 is provided with a pressing member 270, which is guided on both sides of the guide rod 262 to press and fix the upper surfaces of the plurality of printed materials 1 stacked on the table 260. .

In addition, the guide rod 262 and the pressing member 270 is provided with a fixing member 280 for fixing and releasing the pressing member 270, which is elevating, to the guide rod 262.

In addition, the pressing member 270 has guide holes 271 guided by guide bars 262 formed on both sides, and the first and second catching holes 272 and 273 are formed around the guide holes 271. Is formed.

Here, the pressing member 270 is formed in a shape similar to a plate, and in the center of the pressing member 270, a pressing portion 274 that presses the upper surfaces of a plurality of printed materials 1 stacked on the table 260. Is formed by bending and protruding.

In addition, the fixing member 280 is guided to the guide rod 262, or a third catching hole 281a that is caught when tilted in one direction is formed on one side, and the first and second catching holes 272 and 273 The first and second fastening holes 281b and 281c passing through are formed on one side of the opposite side, and a bent portion 281d is bent between the third fastening hole 281a and the first and second fastening holes 281b and 281c. The fixing plate 281 is included.

In addition, the fixing member 280 is coupled to the first and second fastening holes 272 and 273 of the pressing member 270 while one side is fastened to the first and second fastening holes 281b and 281c of the fixing plate 281. The opposite side is penetrated, and the first and second catching holes 272 and 273 are provided with a fastener 282 provided on the other side of the first departure preventing portion 282a to prevent them from being separated.

Here, when the fixing plate 281 is inclined in one direction while pressing the upper surface of the plurality of printed materials 1 stacked on the table 260 with the pressing member 270, the fastener fastened to the fixing plate 281 While the 282 is inclined in one direction and is caught in the first and second catching holes 272 and 273, the first departure preventing portion 282a is caught around the first and second catching holes 272 and 273. , The third catching hole 281a of the fixing plate 281 inclined in one direction is fitted into the guide rod 262 and caught.

That is, the pressing member 270 is fixed to the guide rod 262 by the fixing member 280.

In addition, the fixing member 280 is installed in the fixture 282 between the guide hole 271 and the second catching hole 273 and the second fastening hole 281c that are farthest from the third catching hole 281a. The first elastic spring 282b is included.

That is, the fixing plate 281 is inclined in one direction by the elasticity of the first elastic spring (282b).

Then, a second elastic spring 263 is installed on the guide rod 262 between the table 260 and the pressing member 270.

That is, the elastic member of the second elastic spring 263 causes the pressing member 270 to rise along the guide rod 262.

In addition, the guide rod 262 is formed with a second separation preventing portion 262a that is caught around the third catching hole 281a to prevent the fixing plate 281 from being detached.

In addition, an encoder 290 for measuring rotation of the rotating shaft 232 and transmitting the measurement information to the control unit 140 is installed inside the housing 220.

In addition, the encoder 290 is provided on the rotating shaft 232, a rotating plate 291 having a plurality of grooves formed at the rim, and a detection sensor that detects the light by emitting light from the light emitting unit to the groove of the rotating plate 291 (292) is included.

Here, the control unit 140 sends the light of the light emitting part of the detection sensor 292 to a plurality of grooves of the rotating plate 291 and whenever the light is detected by the light receiving part of the detection sensor 292, a square wave form from the encoder 290 The measurement information is transmitted by the pulse signal of, and the driving motor 230 is controlled by detecting the rotated angle, speed, and position of the rotating shaft 232 through the measurement information.

In addition, under the control of the control unit 140, the movement port 250 per pulse is moved 0.01 mm. This, the reduction ratio of the reduction gear provided in the drive motor 230, the resolution of the encoder 290, that is, the light of the light emitting part of the detection sensor 292 through the plurality of grooves of the rotating plate 291 of the detection sensor 292 It is made based on the results obtained from the combination of the number of times the light is detected by the light receiving unit.

In addition, a fixing pin 253 in the form of 'a' is installed on the outer surface of the moving tool 250.

Then, inside the housing 220, the position sensor 254 which measures the position of the fixing pin 253 moved by the moving tool 250 and transmits the measurement information to the control unit 140 is a predetermined interval. It is installed as a number.

Here, the position sensor 254 is installed inside the housing 220 so as to be located under both the center and left and right of the screw shaft 240, and when the fixing pin 253 passes, of the fixing pin 253 The position is measured and the measurement information is transmitted to the control unit 140.

In addition, the control unit 140 controls the moving tool 250 to be positioned at the central position sensor 254 when starting or initializing the drilling and binding operations.

In addition, the punching member 110 is a drill arm 111 provided with a drill 111a and a rack gear 111b, and a press arm 112 having a through hole 112a through which the drill 111a penetrates. This is included.

In addition, the perforated member 110 is fitted to the rack gear 111b so that the perforated motor 111 and the press arm 112 are installed to elevate the shaft 113 and 114 and the perforated motor 111 elevate. The lifting motor 111c provided with the pinion gear 111c 'to be provided, and the compression springs 115 and 115a respectively installed between the drilling motor 111 and the press arm 112 and the base plate 102 are included. do.

Here, the shaft 113 is formed with a long guide hole (113a) in the longitudinal direction.

In addition, the molding tube cutting member 120 includes first and second insertion tubes 120a and 120b into which the molding tube 2 is sequentially inserted, and a molding tube 2 inserted into the first insertion tube 120a. ) Includes a transfer motor 121 provided with a guide roller 121a for guiding it to the second insertion tube 120b.

In addition, the molding tube cutting member 120 is moved with the moving rod 122 connected to the drilling motor 111 through the guide hole 113a of the shaft 113 so as to move up and down with the drilling motor 111, and the moving rod moving up and down It is inserted into the second insertion tube 120b by being rotated forward and backward by the rotating part 122a which is rotated by being pulled and released from the 122 and rotated by being connected to one side of the rotating part 122a. The blade 122b for cutting the molding tube 2 and the opposite end of the rotating part 122a are pulled and rotated when the rotating part 122a is pulled off the moving rod 122 Pull spring (122c) is included.

Here, the moving rod 122 connected to the perforated motor 111 is lowered through the guide hole 113a of the shaft 113 when the perforated motor 111 descends, and is pulled by the moving rod 122 descending The rotating part 122a that is released is rotated by the pulling of the pulling spring 122c to advance the blade 122b, and the blade 122b moving forward by the rotating rotating part 122a is the second insertion tube 120b To open the lowering of the molding tube (2).

In addition, when the drilling operation of the drill 111a rotating at high speed by the drilling motor 111 is completed and the drilling motor 111 rises, the moving rod 122 connected to the drilling motor 111 also rises, and the rotating part (122a) is pulled back to the moving rod (122) rising to reverse the blade (122b), the blade (122b) retracting closes the second insertion tube (120b) while cutting the molding tube (2).

In addition, the molding tube cutting member 120 is connected to the moving rod 123 connected to the wire W to move up and down like the press arm 112, and is connected to the moving rod 123 to insert a second insert to be cut on the blade 122b. A support plate (123a) supporting the molding tube (2) descending from the tube (120b), and a return spring that is installed on the lower body (101) and connected to the support plate (123a) to return the moving rod (123) to its original state ( 123b).

Here, the support plate 123a is formed with a missing hole 123a '.

In addition, the molding tube transfer and forming member 130 is a reduction gear 130a provided with a first gear 130a 'and a second gear 130b' rotated by being engaged with the first gear 130a '. The cam shaft (130b) is provided, and the center cam (130c) is installed on the cam shaft (130b) is formed in the fitting groove (130c ') is formed on the outer surface, and the cam shaft (130b) is installed on the lifting guide (130d') The formed drum cam 130d is included.

Here, an inclined protrusion 130d '' is formed on the upper surface of the drum cam 130d, and the first and second gears 130a 'and 130b' are made of spur gears.

And, the molding tube transfer and forming member 130 is guided along the outer surface of the center cam (130c) and fitted to the fitting groove (130c ') and the operator 131, the operator 131 is rotated in conjunction The first link (131a) and the second link (131b) to rotate in conjunction with the first link (131a), and the second link (131b) and one end of the rotating bar (131d) to the connecting rod (131c) It is connected to the second link (131b) is interlocked with the operating shaft (131e) to rotate.

Here, the rotating bar 131d is installed on the operating shaft 131e to rotate in the same direction as the operating shaft 131e.

And, the molding tube transfer and forming member 130 is installed on the lower body 101 includes a return spring (131f) connected to one side opposite to the rotating bar (131d) of the operating shaft (131e).

In addition, the molding tube transfer and forming member 130 is connected to the opposite side of the rotating bar 131d of the working shaft 131e by a wire W and centers the shaft 132 according to the rotation of the working shaft 131e. Rotating bar (132c) is provided with a guide pulley (132a) that rotates to, and the operating roller (132b) is guided to the lifting guide path (130d ') on one side of the shaft 132 and the other side of the shaft. .

Here, one side of the rotating bar (132c) is connected to the connecting rod (132d) to be rotated like a guide pulley (132a) so that the working roller (132b) is inserted into the lifting guide path (130d '), the rotating bar (132c) On one side of the opposite side of the operation roller 132b, a guide roller 132f is guided up and down along the guide plate 132e installed around the drum cam 130d when the elevator is elevated.

And, the molding tube transfer and forming member 130 is installed on one side of the rotating bar (132c), the lower heater portion is provided with a guide pin (133a) is fitted with a cutting tube (2) cut into the blade (122b) 133 is included.

Here, the guide pin 133a penetrates through the hole 123a 'of the support plate 123a, and is released from the hole 123a' when binding with the molding tube 2 is bound.

In addition, the molding tube transfer and forming member 130 is connected to the first rotating bar 134 and the first rotating bar 134 installed to be rotated in the same direction on the operating shaft 131e, and the first rotating In accordance with the rotation of the bar 134, the cover plate 134a that moves forward and backward in the guide hole 102a of the base plate 102 and a second rotation bar installed to be rotated in the same direction to the operation shaft 131e ( 134b), the second rotating bar 134b is installed on one side of the rotating member 134c to be rotated in the opposite direction, and is installed on the other side of the rotating member 134c to rotate the rotating member 134c. Accordingly, a guide member 134d that moves forward and backward in a direction opposite to the blanking plate 134a is included.

Here, the first and second rotating bars 134 and 134b are installed on the operation shaft 131e so as to be positioned above the rotating bar 131d.

In addition, the molding tube transfer and forming member 130 is installed to be elevated on the guide member 134d and guide hole 112b communicating with the through hole 112a of the press arm 112 when the guide member 134d is moved forward or backward. ), The upper heater portion 135 is moved forward and backward.

Here, the upper heater part 135 is elevated with the press arm 112, and a through hole 135a through which the guide pin 133a penetrates is formed.

In addition, the bookbinding perforator 1000 includes a press arm fixing member 150 that fixes the press arm 112 until the drilling and binding operations are completed.

In addition, the press arm fixing member 150 is installed to be rotated on the bracket 102b of the base plate 102, and a stop hole 112c installed on the press arm 112 is inserted to fix the engaging hole 151a. Bar 151 is included.

In addition, the press arm fixing member 150 penetrates the base plate 102 and the fixing bar 151, and the working rod 152 provided with a locking head 152a caught in the fixing bar 151, and the working rod The base plate (102) is installed between the base plate 102 and the fixed bar 151 is located between the compression spring (153), the working rod 152 and the bracket 102b of the base plate (102) ( 102) includes a support 154 installed.

Here, the compression spring 153 is pushed so that the fixing bar 151 is rotated obliquely from the bracket 102b of the base plate 102, and the support 154 has a fixing bar 151 having a base plate ( The fixing bar 151 is supported when the bracket 102b is rotated horizontally.

In addition, the press arm fixing member 150 is installed to be rotated on the lower body 101, one side is connected to the operating rod 152, a rotating bar 155 and the other side of the rotating bar 155 is installed on the drum An operating roller 156 that is horizontally guided to the upper surface of the cam 130d and then guided upward to the inclined protrusion 130d '' is included.

Here, the operating rod 152 is lifted from the base plate 102 and the fixing bar 151 while the rotating bar 155 is rotated by the operating roller 156.

And, as shown in Figure 6, the bookbinding perforator 1000 is installed on the outer surface of the housing 220, that is, the bottom surface of the housing 220, a storage box for storing various tools or parts by the drawing member 310 A storage device 300 in which 320 is drawn out of the housing 220 is included.

Here, the storage device 300 includes a stopper and a departure preventing member that prevents the storage box 320 from being detached, and the storage box 320 is provided with a handle.

In addition, the storage device 300 is installed on the outer surface of the housing 220 in at least one.

In addition, the various tools are tools used to install the components of the bookbinding drilling machine 1000, and the parts are made of the components of the bookbinding drilling machine 1000.

In addition, the withdrawal member 310 includes a guide rail 311 installed on the outer surface of the housing 220 and a guide 312 formed to protrude from the outer surface of the storage box 320 and guided to the guide rail 311. do.

In addition, the take-out member 310 may include a hinge member 313 for rotationally installing the storage box 320 on the outer surface of the housing 220 in place of the guide rail 311 and the guide 312.

And, as shown in FIG. 7, the bookbinding perforator 1000 is installed in the perforating member 110 and controlled by the control unit 140, and determines the position of the hole 1a to be formed by the perforating member 110. A display device 400 for irradiating and displaying laser beams on a plurality of stacked printed materials 1 is included.

In addition, the display device 400 is installed on each of the front and side surfaces of the perforated member 110, that is, the perforated motor 111, in a direction perpendicular to each other to form a laser beam of a straight shape in a plurality of stacked printed matter (1). First and second laser modules 410 and 420 to be irradiated are included.

That is, when the laser beams of the first and second laser modules 410 and 420 are irradiated to each of a plurality of stacked printed materials 1, the intersections formed by orthogonal cross-holes to be formed by the punching member 110 ( 1a).

In addition, the intersection point represents the center of the hole 1a and the drill 111a.

In addition, a plurality of the printed matters 1 stacked is made of 30 or more to 800 or less.

In addition, the binding boring machine 1000 is installed around the drill 111a, and includes a discharging device 160 for discharging or separately collecting interlocking chips generated when drilling the drill 111a.

Then, the control unit 140 is controlled to check whether or not perforation of a plurality of stacked printed matter (1), and to check whether the remaining amount of the molding tube (2).

When explaining the operation of the binding boring machine 1000 according to an embodiment of the present invention configured as described above are as follows.

As shown in FIGS. 1 to 20, while the second contact end 213 of the work plate 210 is in close contact with both sides of the base plate 102 of the frame 100, at the same time of the frame 100 The lower body 101 and the base plate 102 are inserted into the insertion space 222 of the housing 220.

Here, the lower body 101 and the base plate 102 are in close contact with the insertion space 222 of the housing 220.

That is, the movable table device 200 is easily guided by the second sealing end 213 and the insertion space 222 and fastened as a fastening member to the lower body 101 and the base plate 102 of the frame 100. Is installed.

In addition, the working hole 211 of the work plate 210 is in the same direction in the vertical direction with the drill hole 111a and the through hole 112a of the press arm 112 and the guide hole 102a of the base plate 102. Are located.

In addition, the driving motor 230 of the movable table device 200 is connected to be controlled by the control unit 140.

In addition, the encoder 290 and the position sensor 254 of the mobile table device 200 are also connected to the control unit 140.

In addition, various tools used when the movable table device 200 is installed on the frame 100 are stored in the storage device 300.

In more detail, as shown in FIG. 6, the guide 312 of the drawing member 310 is guided to the guide rail 311 so that the storage box 320 is pulled out to protrude outside the housing 220. Order.

Here, the storage box 320 may be rotated through the hinge member 313 of the withdrawal member 310 to be pulled out so as to protrude outward of the housing 220.

So, various tools are put in the storage box 320 and stored.

Here, the storage box 320 also stores parts corresponding to the components of the bookbinding drilling machine 1000.

In addition, after laminating a plurality of printed materials 1 on the work plate 210 and the table 260, the laser beam of the display device 400 is stacked by controlling the control unit 140 of the bookbinding machine 1000. It irradiates to the said printed matter 1 of.

Then, the position of the hole 1a to be formed by the perforating member 110 is displayed.

In more detail, laser beams in the form of a straight line of the first and second laser modules 410 and 420 are respectively irradiated in a direction orthogonal to each other on the stacked printed matter 1.

Then, the intersections formed while the laser beams are orthogonal to each other are displayed on the stacked printed matter 1.

That is, the crossing point is located on the same position as the center of the drill 111a of the punching member 110, and is displayed on a plurality of printed materials 1 stacked at the position of the hole 1a to be formed by the punching member 110. do.

Here, the intersection point is also indicated as the center of the hole 1a.

And, while the position of the hole (1a) to be formed by the perforated member 110 becomes a desired position by the operator, stacked on the work plate 210 and the table 260 while checking through the display device 400 Adjust the positions of the multiple prints 1.

So, when the position of the hole 1a to be formed by the perforating member 110 becomes a desired position by an operator, one side of the plurality of printed materials 1 stacked on the first adhesion end 212 of the work plate 210 The side surfaces are closely adhered, and one side of the plurality of printed matters 1 stacked on the fixing table 261 of the table 260 is fixed to both sides adjacent to each other.

Then, the pressing member 270 is lowered to be guided to the guide rod 262 to press the upper surfaces of the plurality of stacked printed materials 1, and then the pressing member 270 through the fixing member 280. Is fixed to the guide rod 262.

In more detail, the fixing plate 281 of the fixing member 280 is inclined in one direction by the elasticity of the first elastic spring 282b.

In addition, the fastener 282 fastened to the fixing plate 281 inclined in one direction is fitted into the first and second catching holes 272 and 273 of the pressing member 270, and the fixing plate inclined in one direction ( It is a state in which the third catching hole 281a of 281) is fitted into the guide rod 262.

Here, the first release preventing portion 282a is caught around the first and second catching holes 272 and 273 of the pressing member 270, so that the fixture 282 is elastic by the elasticity of the first elastic spring 282b. The first and second catching holes 272 and 273 of the pressing member 270 are prevented from being separated.

In addition, the pressing member 270 is in a state of being elevated by the elasticity of the second elastic spring 263 installed on the guide rod 262.

That is, the pressing member 270 is in a state in which the upper surfaces of the plurality of printed materials 1 are stacked.

At this time, the fixing plate 281 of the fixing member 280 in a state inclined in one direction by the elasticity of the first elastic spring 282b is pressed in the opposite direction.

Then, while the fastener 282 fastened to the fixing plate 281 is inclined in one direction on the other side, the fitting and the jamming are released into the first and second catching holes 272 and 273 of the pressing member 270, and the other side is in the opposite direction. The third locking hole 281a of the fixed plate 281 tilted with the guide rod 262 is also fitted and jammed.

In addition, the first elastic spring (282b) is compressed by a fixed plate (281) inclined in the opposite direction.

That is, the pressing member 270 is not fixed to the guide rod 262 by the release of the fixing member 280.

Then, the pressing member 270 is lowered toward the upper surface of a plurality of stacked printed matter (1).

Then, the guide hole 271 of the pressing member 270 and the third catching hole 281a of the fixing member 280 are guided to the guide rod 262 to descend, and the pressing member 270 descends. Thereby, the second elastic spring 263 is compressed.

Then, when pressing the upper surfaces of the plurality of printed materials (1) in which the pressing portion 274 of the pressing member 270 is stacked, the pressing of the fixing plate 281 of the fixing member 280 is released.

Then, the fixing plate 281 of the fixing member 280 is inclined in one direction by the elasticity of the first elastic spring (282b).

In addition, while the fastener 282 fastened to the fixing plate 281 is inclined in one direction, it is caught in the first and second catching holes 272 and 273 of the pressing member 270, and the fixing plate inclined in one direction ( The third catching hole 281a of 281) is fitted into the guide rod 262 and caught.

Here, the first release preventing portion 282a is caught around the first and second catching holes 272 and 273 of the pressing member 270, so that the fixture 282 is elastic by the elasticity of the first elastic spring 282b. The first and second catching holes 272 and 273 of the pressing member 270 are prevented from being separated.

That is, the descending pressing member 270 is fixed to the guide rod 262 by fixing the fixing member 280 in a state in which the upper surfaces of the plurality of stacked printed materials 1 are pressed.

Here, since the pressing member 270 is formed in a shape similar to a plate, the upper surfaces of the multiple printed matters 1 stacked are pressed with a large area.

In addition, the second elastic spring 263 is lowered and maintained in a compressed state by a fixed pressing member 270.

Then, the control unit 140 of the bookbinding puncturer 1000 is controlled to drive the driving motor 230 installed inside the housing 220.

Then, the second gear 241 of the screw shaft 240 meshes with the first gear 231 provided on the rotation shaft 232 of the driving motor 230 under the control of the control unit 140 to rotate. At the same time, the moving tool 250 fixed to the table 260 is moved along the screw thread of the screw shaft 240 and the moving hole 221 of the housing 220.

Here, the first and second gears 21a and 22a are meshed with bevel gears.

In addition, the guide hole 252 of the moving port 250 is also guided to the guide shaft 251 installed inside the housing 220.

That is, a plurality of stacked printed objects 1 placed on the table 260 of the movable table apparatus 200 are moved without shaking.

In addition, both sides of the base plate 102 are in close contact with the second sealing end 213 of the work plate 210, and the base plate 102 and the lower body 101 are inserted spaces 222 of the housing 220. Inserted in close contact with each other, the stacked printed matter 1 placed on the table 260 of the movable table apparatus 200 is moved without shaking.

Thus, the plurality of stacked prints 1 are automatically moved by the movable table device 200 to the position where the drilling and binding operations of the bookbinding punch machine 1000 are first started.

Then, under the control of the control unit 140, the driving and driving of the movable table apparatus 200 is stopped and the drilling and binding operations of the bookbinding puncturer 1000 for the stacked printed matter 1 are started.

In more detail, as the drilling motor 111 and the lifting motor 111c are driven, the rack gear 111b is meshed with the rotating pinion gear 111c ', so that the drilling motor 111 has a shaft ( 113) (114).

Here, the drilling motor 111 is to quickly rotate the drill (111a).

Then, the press arm 112 is also lowered by the compression spring 115 compressed by the downward movement of the perforated motor 111 to compress the compression spring 115a.

So, the descending press arm 112 presses the upper surfaces of the multiple printed materials 1, and the compression spring 115 continues while the drilling motor 111 continues to descend by the elevating motor 111c. Compressed, the drill (111a) through the through-hole (112a) of the press arm 112 and the working hole 211 of the mobile table device 200, a plurality of stacked holes (1a) in the printed matter (1a) ).

Here, the interlocking chips generated when the stacked plurality of printed materials 1 are drilled with a drill 111a are discharged through the discharge device 160 or collected separately.

Then, when the drilling of the drill (111a) is completed, the drilling motor 111 is rack gear 111b is engaged with the pinion gear (111c ') rotated by the lifting motor (111c) shaft (113) (114) ), The compression on the compression spring 115 is also released.

However, the press arm 112 continues to maintain a pressurized state with respect to a plurality of stacked prints 1.

The reason is that the fixing bar 151 is rotated obliquely from the bracket 102b of the base plate 102 by the compression spring 153, so that the stop bar 112c of the press arm 112 is tilted. This is because it is caught in the locking hole 151a of the fixing bar 151 in the photographic state.

Meanwhile, when the drilling motor 111 and the press arm 112 are lowered, the guide motor 121a is rotated while the conveying motor 121 is driven by the control of the control unit 140, and the guide roller 121a is rotated. By this, the molding tube 2 inserted into the first insertion tube 120a is guided to the second insertion tube 120b.

In addition, the moving rod 122 connected to the perforated motor 111 also descends along the guide hole 113a of the shaft 113, and the rotating portion 122a is released from the descending moving rod 122 so that the pulling spring ( By the pulling of 122c), the rotating part 122a is rotated downward, and the rotating rotating part 122a advances the blade 122b.

Here, the pulling spring 122c connected to the rotating part 122a is returned to its original state in an extended state.

Then, as the second insertion pipe 120b is opened by the advancing blade 122b, the molding tube 2 descends, and the lower heater portion 133 penetrating through the hole 123a 'of the support plate 123a It is fitted to the guide pin (133a).

And, the support plate (123a), when the press arm 112 is lowered, such as the press arm 112 and the moving rod 123 connected by a wire (W), the molding tube enough to bind a number of stacked printed matter (1) (2) is raised to have a length.

So, the molding tube (2) is supported by the raised support plate (123a) while having a sufficient length to bind a plurality of stacked printed matter (1), to be fitted to the guide pin (133a) of the lower heater portion (133) do.

Here, the return spring 123b connected to the support plate 123a is extended.

In addition, when the drilling operation of the drill 111a is completed and the drilling motor 111 rises, the moving rod 122 rises along the guide hole 113a of the shaft 113, and the rotating part 122a rises It is pulled back to the moving rod 122 and rotated upward.

Here, the pulling spring 122c is re-stretched from its original state by the rotating part 122a that rotates.

Then, the blade 122b is retracted by the rotating portion 122a that is pulled back to the moving rod 122, and the retracting blade 122b is cutting the molding tube 2 while inserting the second insertion tube 120b. ) Will be closed.

Then, the driving of the drilling motor 111, the lifting motor 111c, and the transfer motor 121 is stopped by the control of the control unit 140, and the deceleration motor 130a is driven.

Then, as the second gear 130b 'of the camshaft 130b is meshed with the first gear 130a' of the deceleration motor 130a to rotate, the center cam 130c and the drum cam 130d are rotated. It will rotate.

Then, the operator 131 is guided along the outer surface of the center cam 130c by exiting from the fitting groove 130c 'of the center cam 130c, which is rotated, and the first and second links 131a and 131b sequentially. ) Is rotated by interlocking, and the operating shaft 131e rotates in the same direction as the rotating bar 131d while the connecting rod 131c pulls the rotating bar 131d by the rotating second link 131b. Will do.

Here, the return spring 131f connected to the rotating bar 131d is extended.

Then, a guide pulley 132a connected to the rotating bar 131d and a wire W rotates around the shaft 132, and a rotating bar connected to the guide pulley 132a and a connecting rod 132d ( 132c) is rotated toward the lifting guide path (130d ') of the drum cam (130d) around the shaft (132).

Here, the guide pin 133a of the lower heater part 133 into which the molding tube 2 is fitted is pulled out of the hole 123a 'of the support plate 123a by a rotating rotating bar 132c.

And, the guide pin (133a) by the first rotating bar (134) rotating in the same direction as the operating shaft (131e) so as to escape from the hole 123a 'of the support plate (123a), the cover plate (134a) The base plate 102 is reversed along the guide hole 102a.

Here, the guide hole (102a) of the base plate 102 is opened by the obstruction plate (134a) to reverse.

In addition, by the second rotating bar 134b rotating in the same direction as the first rotating bar 134, the rotating member 134c rotates in the opposite direction and moves forward.

Then, by advancing the rotating member 134c, the guide member 134d moves forward, ie, in the opposite direction of the retracted blanking plate 134a, and moves to the upper heater part interlocked with the guide member 134d. (135) is also advanced along the guide hole (112b) through the through hole (112a) of the press arm (112).

Here, the through hole (135a) of the upper heater portion 135 is a guide hole (102a) of the base plate (102) and the through hole (112a) of the press arm (112) and the working hole of the movable table device (200) 211).

Of course, the through hole (135a) of the upper heater portion (135) also communicates with the hole (1a) of the multiple printed matter (1).

On the other hand, the operating roller 132b installed on the rotating bar 132c is inserted into the elevating guide path 130d 'of the drum cam 130d to be guided upward, and at the same time, the guide plate 132e installed around the drum cam 130d. A guide roller 132f installed on the rotating bar 132c is also guided along.

Then, the guide pins 133a of the lower heater part 133 are sequentially guide holes 102a of the base plate 102 and work holes 211 of the mobile table device 200 and a plurality of stacked printed objects 1 ) Through the hole (1a) and the through hole (135a) of the upper heater portion 135 and the through hole (112a) of the press arm (112).

Here, the molding tube 2 sandwiched between the guide pins 133a of the lower heater unit 133 is inserted into the holes 1a of a plurality of stacked printed materials 1 and through holes 135a of the upper heater unit 135 ) Is partially inserted and jammed.

In addition, the lower heater portion 133 is guided further upward by an operating roller 132b that is further guided upward in the lifting guide path 130d 'of the drum cam 130d, and the upper portion of the molding tube 2 is the upper heater. The lower portion of the molding tube 2 is pressed by the lower heater portion 133 that is further raised in a state supported by the through hole 135a of the portion 135.

At this time, the upper and lower parts of the molding tube 2 are heated and molded on the upper and lower heater parts 135 and 133.

Thus, the upper and lower parts of the molding tube 2 are heat-molded to form a plurality of printed objects 1 stacked while the expansion tube 2a is formed.

Then, the guide roller 132f is guided down to the guide plate 132e while the operating roller 132b is guided down to the lifting guide path 130d 'of the drum cam 130d, and the operator 131 is centered. Guided along the outer surface of the cam (130c) is fitted to the fitting groove (130c ').

Here, as the rotating bar 132c is guided downward to the shaft 132, the guide pin 133a of the lower heater unit 133 also descends.

On the other hand, before the operator 131 is fitted into the fitting groove 130c 'of the center cam 130c, the operating roller 156 installed on the rotating bar 155 horizontally guides the upper surface of the drum cam 130d. Then, it is guided upward by the inclined protrusion 130d ''.

Then, as the rotating bar 155 rotates, the working rod 152 connected to the rotating bar 155 descends, and the locking head 152a of the working rod 152 is fixed bar 151. The fixing bar 151 rotates downward from the bracket 102b of the base plate 102.

In addition, the fixing bar 151 is compressed so that the compression spring 153 is supported while being supported on the support 154 in a horizontal state, and the stop bar of the press arm 112, which is fixed by being caught in the locking hole 151a ( 112c) is lifted by the elasticity of the compression spring 115a compressed by the press arm 112 while being released from the fixing bar 151.

Here, the upper heater portion 135 in the guide hole 112b of the press arm 112 also rises through the guide member 134d.

In addition, the moving rod 123 connected to the press arm 112 by a wire W is lowered while the return spring 123b connected to the support plate 123a is returned to its original state.

In addition, the working roller 156 descends after passing the inclined protrusion 130d '', and thus the rotating bar 155 rotates, and the working rod 152 connected to the rotating bar 155 increases. Thus, the engaging head 152a of the operation rod 152 is no longer caught in the fixing bar 151.

Then, the fixed bar 151 is rotated upward from the bracket 102b of the base plate 102 by the elasticity of the compressed spring 153 compressed, and the fixed bar by the compressed spring 153 ( 151) is maintained to be rotated obliquely from the bracket (102b) of the base plate (102).

Here, the stop bar 112c of the press arm 112 is again loosely fitted into the locking hole 151a of the fixed bar 151 in an inclined state.

Then, when the operator 131 is fitted into the fitting groove 130c 'of the center cam 130c, the driving of the deceleration motor 130a is stopped by the control of the control unit 140.

In addition, the first and second links 131a and 131b are sequentially interlocked to return to the original state, and the connecting rod 131c pushes the rotating bar 131d by the rotating second link 131b. As the operation shaft 131e rotates in the same direction as the rotation bar 131d.

Then, the guide pulley 132a connected to the rotating bar 131d and the wire W is rotated back to its original state around the shaft 132, and the guide pulley 132a is connected to the connecting rod 132d. The bar 132c rotates toward the support plate 123a around the shaft 132.

Here, the return spring (131f) connected to the extended rotation bar (131d) is returned to the original state, the guide pulley (132a) and the rotating bar (132c) connected to the connecting rod (132d) is a support plate around the shaft 132 It turns faster toward (123a).

So, the guide pin 133a of the lower heater portion 133 is inserted into the release hole 123a 'of the support plate 123a by a rotating rotary bar 132c.

And, by the first rotating bar 134 rotating in the same direction as the operating shaft (131e) so that the guide pin (133a) is inserted into the release hole (123a ') of the support plate (123a), the cover plate (134a) The base plate 102 is advanced along the guide hole 102a.

Here, the guide hole (102a) of the base plate 102 is closed by a forward obstruction plate (134a).

And, by the second rotating bar 134b rotating in the same direction as the first rotating bar 134, the rotating member 134c rotates in the opposite direction.

Then, the guide member 134d installed on the rotating member 134c is reversed, that is, in the opposite direction of the forward blanking plate 134a, and is connected to the guide member 134d to move the upper heater unit 135 Also, the reverse is performed along the guide hole 112b through the through hole 112a of the press arm 112.

So, the perforating member 110, the molding tube cutting member 120, the molding tube transfer and forming member 130, and the press arm fixing member 150 of the bookbinding perforator 1000 return to the original state again. do.

In addition, the control unit 140 of the bookbinding puncture machine 1000 is movable of the present invention so that the second or more puncture and bookbinding operations of the bookbinding puncture machine 1000 are performed at predetermined intervals on the stacked printed matter 1. The table device 200 is controlled again.

Here, the encoder 21 measures the rotation of the rotating shaft 232, that is, the rotation of the rotating plate 291 provided on the rotating shaft 232 with a detection sensor 292, and transmits the measurement information to the control unit 140 do.

So, the control unit 140 rotates the rotating shaft 232 of the driving motor 230 based on the measurement information, so that the second or more drilling and binding operations of the bookbinding drilling machine 1000 can be precisely performed. Will be moved.

That is, a plurality of printed materials 1 stacked without manual operation through the movable table device 200 of the bookbinding perforator 1000 are automatically bundled in the form of a book.

Then, when the drilling and binding work is completed, the fixing member 280 releases the fixing of the pressing member 270.

Then, the pressing member 270 is raised together with the fixing member 280 by the elasticity of the compressed second elastic spring 263, so as to release the pressure on the upper surface of the plurality of stacked prints 1 do.

Here, even if the pressing member 270 rapidly rises due to the elasticity of the compressed second elastic spring 263, the third catching hole of the fixing plate 281 in the second detachment prevention portion 262a of the guide rod 262 ( 281a) Since the surroundings are caught, the pressing member 270 and the fixing member 280 are prevented from being separated from the guide rod 262.

Then, a plurality of printed materials 1 in the form of a book are taken out from the movable table device 200 of the present invention.

Here, the plurality of printed materials 1 in the form of a book is made from 30 or more to 800 or less.

On the other hand, during the drilling and binding operations of the bookbinding puncturer 1000, a plurality of position sensors 254 installed inside the housing 220 measures the position when the fixing pin 253 installed in the moving port 250 passes. The measurement information is transmitted to the control unit 140.

Then, when the puncturing and the binding operation of the bookbinding puncturer 1000 is completed, the control unit 140 determines the final position of the fixing pin 253, that is, the final position of the moving tool 250, based on the last measured measurement information do.

That is, the control unit 140 is between the left position sensor 254 and the center position sensor 254, or between the right position sensor 254 and the center position sensor 254, or, the left position sensor 254, or the center position The position information of the fixing pin 253 which is finally positioned in the sensor 254 or the right position sensor 254 is stored.

So, when starting or initializing the puncture and binding operation of the bookbinding puncturer 1000, the control unit 140 controls the moving tool 250 to be positioned at the central position sensor 254 based on the final position information of the fixing pin 253. Is done.

In addition, if damage to the components occurs due to the long-term use of the bookbinding perforator 1000, the components stored in the storage box 320 are replaced through various tools.

In the above, the present invention has been illustrated and described with reference to specific preferred embodiments, but the present invention is not limited to the above-described embodiments and has ordinary knowledge in the technical field to which the present invention pertains without departing from the spirit of the present invention. Various changes and modifications will be possible by the ruler.

1: Printed material 1a: Hole
2: Molding tube 100: Frame
110: punching member 120: molding tube cutting member
130: molding tube transfer and forming member 140: control unit
200: movable table device 210: work plate
211: working hole 212: first adhesion end
213: second sealing end 220: housing
221: moving hole 222: insertion space
230: drive motor 231: first gear
232: rotating shaft 240: screw shaft
241: second gear 250: moving ball
251: guide shaft 252: guide hole
253: fixing pin 254: position sensor
260: table 261: fixture
262: guide rod 262a: second departure prevention part
263: second elastic spring 270: pressing member
271: guide hole 272: first catching hole
273: second catching hole 274: pressing portion
280: fixing member 281: fixing plate
281a: third locking hole 281b: first fastening hole
281c: second fastening hole 281d: bent portion
282: Fixture 282a: First departure prevention part
282b: First elastic spring 290: Encoder
300: storage device 310: withdrawal member
311: Guide rail 312: Guide
313: hinge member 320: storage box
400: display device 410: first laser module
420: second laser module 1000: bookbinding drilling machine

Claims (17)

A frame 100 installed on the ground, a perforated member 110 forming holes 1a in a plurality of printed objects 1 installed and stacked on the frame 100, and stacked on the frame 100 A plurality of printed materials stacked with a molding tube cutting member 120 for cutting the molding tube 2 so as to bind the plurality of printed materials 1 and the molding tube 2 installed on the frame 100 and cut. Molding tube transfer and molding member 130 to be inserted into the hole 1a of 1) and heat-molded, and perforated member 110 and molding tube cutting member 120 and molding tube transport installed on the frame 100 and In the binding drilling machine including a control unit 140 for controlling the molding member 130,
A work plate 210 and a housing 220 that are mutually coupled to the frame 100 are installed,
The working plate 210 forms a working hole 211 in which a perforation and binding operation is performed, and a first adhesion end in which one side of a plurality of printed matters 1 stacked on both sides of the working hole 211 is in close contact ( 212) protruding,
The inside of the housing 220 is controlled by the control unit 140, the first gear 231 is provided with a drive motor 230 provided on the rotating shaft 232, and the second gear engaged with the first gear 231 to rotate A screw shaft 240 provided with a gear 241 and a moving tool 250 moving along the screw shaft 240 by rotation of the screw shaft 240 are installed,
A moving hole 221 through which the moving port 250 can move is formed on an outer surface of the housing 220,
The movable port 250 includes a movable table device 200 having a table 260 equipped with a fixing plate 261 for fixing one side and two adjacent sides of a plurality of stacked printed materials 1,
It is installed on the outer surface of the housing 220, the storage box 320 for storing various tools or parts by the withdrawal member 310 includes a storage device 300 that is drawn out of the housing 220,
It is installed on the perforated member 110 and controlled by the control unit 140, and irradiates a laser beam to a plurality of stacked printed matters 1 to display the positions of the holes 1a to be formed by the perforated member 110. It includes a display device 400,
Guide rods 262 are installed on both sides of the fixing table 261 on the outer surface of the table 260,
The guide rod 262 is provided with a pressing member 270 to guide and fix the upper surfaces of a plurality of printed matters 1 stacked on the table 260 by being guided on both sides of the guide rod 262,
The guide rod 262 and the pressing member 270 is provided with a fixing member 280 for fixing and releasing the pressing member 270, which is elevating, to the guide rod 262,
In the pressing member 270, guide holes 271 guided to the guide rod 262 are formed on both sides, and first and second catching holes 272 and 273 are formed around the guide holes 271. ,
The fixing member 280 has a third engaging hole 281a formed when it is guided by the guide rod 262 or inclined in one direction, and is formed on one side and communicates with the first and second engaging holes 272 and 273. 1, 2 fastening holes (281b) (281c) is formed on one side of the opposite side, the third fastening hole (281a) and the first and second fastening holes (281b) (281c) between the bent portion (281d) is formed by bending the fixed plate ( 281),
While the one side is fastened to the first and second fastening holes 281b and 281c of the fixing plate 281, the other side penetrates the first and second fastening holes 272 and 273 of the pressing member 270. A fastener 282 provided on one side of the opposite side is provided with a first release preventing portion 282a to prevent it from being caught by being caught around the 1,2-hanging holes 272 and 273,
When the fixing plate 281 is inclined in one direction while pressing the upper surfaces of the plurality of printed materials 1 stacked on the table 260 with the pressing member 270,
As the fastener 282 fastened to the fixing plate 281 is inclined in one direction and is caught in the first and second catching holes 272 and 273, the first detachment preventing part 282a is the first and second catching holes ( 272) (273), the third engaging hole (281a) of the fixing plate 281 inclined in one direction, while being caught in the guide rod 262,
The binding punching machine characterized in that the pressing member 270 is fixed to the guide rod 262 by a fixing member (280). According to claim 1,
A guide shaft 251 is installed inside the housing 220,
The binding tool 250, characterized in that the guide hole 252 guided to the guide shaft 251 is formed. According to claim 1,
A binding perforator, characterized in that the outer surface of the housing 220 forms an insertion space 222 into which the frame 100 is inserted. According to claim 1,
The working plate 210 is bound to each side of the frame 100 with both sides of the working hole 211, characterized in that the protruding second sealing end 213 is formed. According to claim 1,
The first and second gears 231 and 241 are bevel gears. delete delete According to claim 1,
The fixing member 280 is a product installed in the fixture 282 between the guide hole 271 and the second catching hole 273 and the second fastening hole 281c that are the most distant from the third catching hole 281a. 1 Bookbinding perforator characterized in that it comprises an elastic spring (282b). According to claim 1,
A second elastic spring 263 is installed on the guide rod 262 between the table 260 and the pressing member 270,
The guide rod 262 is a bookbinding perforator characterized in that it forms a second separation preventing portion (262a) around the third catching hole (281a) to prevent the fixing plate 281 from being detached. According to claim 1,
The pressing member 270 is a bookbinding punch characterized in that it is formed in a form similar to the plate. According to claim 1,
In the center of the pressing member 270, the bookbinding punch characterized in that the pressing portion 274 for pressing the upper surface of a plurality of printed matter (1) laminated on the table (260) protrudes. According to claim 1,
A binding boring machine characterized in that an encoder 290 is installed inside the housing 220 to measure rotation of the rotating shaft 232 and transmit the measured information to the control unit 140. According to claim 1,
A fixing pin 253 is installed on the outer surface of the moving port 250,
Inside the housing 220, a plurality of position sensors 254 that measure the position of the fixing pin 253 moved by the moving tool 250 and transmit the measurement information to the control unit 140 at predetermined intervals Bookbinding drilling machine characterized in that it is installed. According to claim 1,
A plurality of the printed matter (1) is a bookbinding punch, characterized in that made of 800 or less. According to claim 1,
The take-out member 310 is composed of a guide rail 311 installed on the outer surface of the housing 220 and a guide 312 formed to protrude from the outer surface of the storage box 320 and guided to the guide rail 311. Bookbinding drilling machine. According to claim 1,
The take-off member 310 is a bookbinding punch characterized in that it consists of a hinge member (313) for rotationally installing the storage box (320) on the outer surface of the housing (220).
According to claim 1,
The display device 400 is respectively installed on the perforated member 110, the first and second laser modules 410 for irradiating the stacked printed matter 1 in a direction orthogonal to each other in the form of a straight line of laser beams ( 420),
When the laser beams of the first and second laser modules 410 and 420 are irradiated to a plurality of stacked printed materials 1, the intersections formed by orthogonal crossing holes 1a to be formed by the punching member 110 Bookbinding punch characterized in that it indicates the position of the.

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