KR102490128B1 - Moving table device for the bookbinding and boring machine - Google Patents

Abstract

The present invention relates to a moving table device for a bookbinding and boring machine, which is installed in a bookbinding and boring machine and moves a plurality of stacked printed matters to help continuous boring and bookbinding work of the bookbinding and boring machine. More specifically, the moving table device includes: a fixed table member which is installed on a base plate; a moving table member which is installed on the fixed table member to be movable and on which a plurality of stacked printed matters are put; and a driving member which is installed on the fixed table member to move the movement table member on the fixed table member. The fixed table member includes: a fixed table which is put on an upper surface of the base plate, has a through-hole, through which bookbinding and boring work of the bookbinding and boring machine is performed, formed on an outer surface thereof, and has a first guidance hole formed long on the outer surface thereof toward a front side of the through-hole; an adhesion unit which is formed on an upper surface of the fixed table toward both sides of the through-hole to come close with one side surface of the plurality of stacked printed matters; and a fastening unit which is formed on a lower surface of the fixed table toward both sides of the through-hole to be fastened to both side surfaces of the base plate. The moving table member includes: a moving table which is put on the upper surface of the fixed table and has the plurality of stacked printed matters put on an upper surface of the moving table; and a rack gear which is formed on a lower surface of the moving table to penetrate the first guidance hole. The driving member includes a driving motor installed inside a housing installed on the lower surface of the fixed table and is provided with a pinion gear engaged with the rack gear on a rotation shaft. When the driving motor rotates on the rotation shaft, the rack gear engaged with the pinion gear moves along the first guidance hole.

Description

Moving table device for the bookbinding and boring machine}

The present invention relates to a movable table device for a bookbinding puncher, and more particularly, to a movable table device for a bookbinding puncher that is installed in the bookbinding puncher and moves a plurality of laminated printed materials to assist in continuous punching and bookbinding operations of the bookbinding puncher.

In general, a bookbinding perforator refers to a device for punching holes in paper pieces, such as a plurality of stacked printed materials or documents, and inserting a molding tube cut to a certain length into the hole and shaping both ends thereof to bind them together.

In this regard, Patent Document 1 is installed on the shaft of the transfer motor to transfer and guide the molding tube when the drilling motor equipped with a drill to the upper part of the base plate and the pressing arm for clamping the stacked pieces move up and down along the shaft. A guide roll, a tube guide pin on the lower heater unit for inserting and supporting the molding tube to be transported and guided under the guide roll, a cutter for cutting the molding tube, and a molding tube inserted thereto to one side of the tube guide pin to support the It consists of a length adjusting plate, the lower end of one side of the length adjusting plate is supported by an elastic string, and the upper end is connected to a pressing arm by a wire, so that the pressing arm moves up and down according to the thickness of the stacked pieces and adjusts the length at the same time. Provided is a molding tube feeding device for a bookbinding machine, characterized in that the cutting length of the molding tube is automatically adjusted while the plate moves up and down correspondingly.

However, in the case of Patent Document 1, the document binding is performed at least twice, and the operator must directly move the plurality of stacked printed materials when completing the first punching and binding operation, and then performing the punching and binding operation again. There was an inconvenience.

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

Accordingly, the present invention provides a movable table device for a bookbinding puncher that enables a second or more punching and bookbinding work by automatically moving a plurality of laminated printed materials without operator's manual work after the first punching and bookbinding work of the bookbinding puncher is completed. It aims to provide

In order to achieve the above object, the present invention is a movable table device for a bookbinding puncher installed on a base plate of a bookbinding puncher to assist in punching and bookbinding operations of a bookbinding puncher for a plurality of laminated printed materials, which is installed on the base plate a fixed table member; a movable table member movably installed on the fixed table member and on which a plurality of laminated printed materials are placed; It includes a driving member installed on the fixed table member to move the movable table member from the fixed table member, but the fixed table member is placed on the upper surface of the base plate, and the through hole through which the bookbinding punch and bookbinding work is performed is on the outer surface. a fixed table having a long first guide hole on an outer surface of the through hole; Adhesion parts formed on the upper surface of the fixed table on both sides of the through hole to adhere to one side of the stacked printed matter; It includes fastening parts formed on the lower surface of the fixed table on both sides of the through hole and fastened to both sides of the base plate, and the movable table member is placed on the upper surface of the fixed table, and a plurality of stacked printed matter is placed on the upper surface. a moving table; It includes a rack gear formed on the lower surface of the movable table and penetrating through the first guide hole, the driving member is installed inside a housing installed on the lower surface of the fixed table, and a pinion gear engaged with the rack gear is provided on the rotating shaft. It provides a movable table device for a bookbinding puncher, comprising a driving motor, wherein a rack gear engaged with a pinion gear moves along a first guide hole when the rotating shaft of the driving motor rotates.

In the present invention, since the rack gear of the movable table member and the pinion gear of the drive member are meshed together, there is an effect that the movable table member can be moved from the fixed table member through the drive member.

That is, the first punching and bookbinding work of the bookbinding perforator is finished, and the second or more punching and bookbinding work is performed by automatically moving a plurality of laminated printed materials without manual labor of the operator.

According to the present invention, when the movable table member is lifted from the fixed table member, the rack gear of the movable table member and the pinion gear of the drive member can be disengaged.

That is, there is an effect of easily separating or combining the movable table member from the fixed table member.

In addition, by separating the movable table member from the fixed table member and stacking a plurality of printed materials on the fixed table, there is an effect that the bookbinding perforator can perform punching and bookbinding operations.

Since the rack gear is supported by the support part of the present invention, there is an effect of preventing the rack gear from being pushed backward by an external force of the rotating pinion gear of the driving member.

That is, there is an effect of stably maintaining the meshing state of the rack gear and the pinion gear.

In the present invention, since the sides of the plurality of stacked printed materials are in close contact with the contact portion of the stationary table member and the contact portion of the movable table member, there is an effect that the plurality of stacked printed materials are less shaken on the moving table.

That is, there is an effect of stably performing punching and bookbinding operations of the bookbinding puncher.

Since the upper surface of the plurality of stacked printed materials is pressurized by a pressing member and fixed to the moving table, the present invention has an effect of preventing the plurality of stacked printed materials from moving during punching and bookbinding operations of the bookbinding perforator.

In the present invention, since the pinion gear of the fixing member can be rotated by the one-way clutch bearing on the second hinge shaft only when the pressing member is lowered, pressing the pressing member has an effect of easily lowering the pressing member along the guide rod.

That is, there is an effect that can easily fix a plurality of stacked printed matter to the movable table by the pressing member.

In addition, even if the pressing member is pulled upward, there is an effect that the pressing member does not rise due to the one-way clutch bearing of the fixing member.

That is, there is an effect of maintaining the fixation of the pressing member for the plurality of laminated printed matter.

According to the present invention, when the handle is pressed, the insertion part rotates about the first hinge axis, and the engagement between the pinion gear of the fixing member and the rack gear part of the guide bar is released.

That is, there is an effect that can easily release the fixation of the pressing member for the plurality of laminated printed matter.

In the present invention, since the guide hole of the handle is guided to the guide part of the elevation part, there is an effect that the handle does not shake when the insertion part is rotated about the first hinge shaft.

According to the present invention, when the pressing of the handle is released, the insertion part is automatically rotated by the elasticity of the support spring, so that the pinion gear of the fixing member and the rack gear part of the guide rod are automatically engaged.

In addition, due to the elasticity of the support spring, there is an effect of strongly engaging the pinion gear of the fixing member and the rack gear portion of the guide rod.

That is, there is an effect that the pressing member is further fixed to the guide rod by the fixing member.

The present invention has an effect of blocking foreign matter from being caught between the pinion gear of the fixing member and the rack gear portion of the guide rod by using the cover member.

In the present invention, since the guide part of the movable table is guided to the second guide hole of the fixed table, the movable table can move on the fixed table without further shaking.

The present invention has an effect of blocking foreign substances from being caught between the rack gear of the movable table member and the pinion gear of the driving member with the cover part.

According to the present invention, since the rack gear and the guide portion can pass through the first and second connection holes, there is an effect of increasing the moving distance of the moving table.

That is, there is an effect that can correspond to various printed materials having different areas.

According to the present invention, when the fixing of the fixing member is released, the pressure of the pressing member on the stacked plurality of printed matter is quickly released by the elasticity of the support spring installed on the guide rod.

According to the present invention, since the moving table is accurately moved by measurement information provided from an encoder, punching and bookbinding operations of the bookbinding perforator for a plurality of laminated printed materials are easily performed.

That is, there is an effect of preventing poor punching and binding of a plurality of laminated printed materials.

The present invention has an effect of easily knowing that the movable table is located at a position where the punching and bookbinding operations of the bookbinding perforator start through contact between the micro switch and the contact portion of the rack gear.

1 is a perspective view of a bookbinding puncher including a movable table device for the bookbinding puncher according to an embodiment of the present invention;
Figure 2 is a left side view of Figure 1;
Figure 3 is a right side view of Figure 1;
4 to 23 are detailed and enlarged views of a bookbinding puncher including a movable table device for a bookbinding puncher according to an embodiment of the present invention;
24 to 44 are state diagrams showing the process of punching and bookbinding of the bookbinding puncher including the movable table device for the bookbinding puncher according to an embodiment of the present invention.

Accordingly, the embodiment of the present invention as described above will be described in detail based on the accompanying drawings.

As shown in FIGS. 1 to 44, the movable table device 200 for a bookbinding puncher according to an embodiment of the present invention is installed on the base plate 120 of the bookbinding puncher 1000 and stacks a plurality of printed materials 1 The bookbinding perforator 1000 assists in punching and bookbinding operations.

In addition, the bookbinding perforator 1000 includes a lower body 110 installed on the ground; a base plate 120 installed on top of the lower body 110; The frame 100 made of the upper body 130 installed on the upper portion of the base plate 120 is included.

In addition, the movable table device 200 for the bookbinding perforator includes a fixed table member 210 installed on the base plate 120; a movable table member 220 movably installed on the fixed table member 210 and on which a plurality of stacked printed materials 1 are placed; A driving member 230 installed on the fixed table member 210 to move the movable table member 220 in the fixed table member 210 is included.

In addition, the fixed table member 210 is placed on the upper surface of the base plate 120, and a through hole 211a through which the bookbinding perforator 1000 and the bookbinding operation are performed is formed on the outer surface, and the through hole 211a ) and a fixed table 211 formed long on the outer surface of the first guide hole 211b forward of; a close contact portion 212 formed on the upper surface of the fixed table 211 on both sides of the through hole 211a and closely contacting one side of the stacked printed matter 1; Fastening parts 213 formed on the lower surface of the fixed table 211 on both sides of the through hole 211a and fastened to both side surfaces of the base plate 120 are included.

Here, the through-hole 211a is formed through the outer surface at one end of the rim of the fixed table 211, and the close contact portion 212 is formed on both sides of the through-hole 211a at the top of one end of the rim of the fixed table 211. The fastening part 213 protrudes from the lower surface of the fixed table 211 and is fastened to both side surfaces of the base plate 120 with fastening members such as bolts.

In addition, the first guide hole 211b is formed through the outer surface of the fixed table 211 in the longitudinal direction.

And, the movable table member 220 is placed on the upper surface of the fixed table 211, and a movable table 221 on which a plurality of stacked printed matter 1 is placed on the upper surface; A rack gear 222 formed on the lower surface of the moving table 221 and passing through the first guide hole 211b is included.

Here, the movable table 221 is formed to have a smaller area than the fixed table 211 .

And, the driving member 230 is installed inside the housing 231 installed on the lower surface of the fixed table 211, and the pinion gear 232a meshed with the rack gear 222 is provided on the rotating shaft 232b. A driving motor 232 is included.

Here, the drive motor 232 is made of an AC motor and is provided with a speed reducer.

Also, the fixed table member 210 includes a support part 214 formed on the lower surface of the fixed table 211 around the first guide hole 211b to support the rack gear 222 .

Here, the support part 214 is formed to have a length similar to that of the first guide hole 211b.

Further, the movable table member 220 is formed on the upper surface of the movable table 221, and includes a contact portion 223 closely adhered to one side or both side surfaces adjacent to one side of the stacked plurality of printed matter 1. do.

Here, the close contact part 223 is formed on one side of the upper surface of the moving table 221 .

In addition, the movable table device 200 for the bookbinding perforator includes guide rods 240 installed on both sides of the upper surface of the movable table 221; a pressing member 250 installed on the guide rod 240 so that both sides are guided up and down, and pressing and fixing the upper surfaces of the plurality of printed materials 1 stacked on the moving table 221; A fixing member 260 installed on the guide rod 240 and the pressing member 250 to fix or unfix the pressing member 250 moving up and down to the guide rod 240 is included.

Here, a rack gear part 241 is formed on the outer surface of the guide rod 240 along the length direction of the guide rod 240 .

In addition, the pressing member 250 presses the upper surface of the stacked plurality of prints 1, and the fastening part 251a having the hinge hole 251a' and the first fastening hole 251a'' is provided on the outer surface A pair of pressing parts 251 formed on both sides are included.

Here, the fastening part 251a is formed to protrude upward from the pressing part 251 .

In addition, the pressing member 250 has a through hole 252a passing through the guide rod 240 formed on the outer surface, and hinge holes 252b 'on both sides of the through hole 252a, and a first fastening hole ( 251a'') and a fastening part 252b having a first fastening hole 252b'' fastened with a fastening member such as a bolt is included on the outer surface of the lifting part 252.

Here, the lifting part 252 is provided with a linear bush bearing, and the fastening part 252b is inserted between the pair of fastening parts 251a while being perpendicular to the lifting part 252.

In addition, the fixing member 260 is inserted between the fastening parts 252b, and the first hinge hole 262a hinged to the hinge holes 251a' and 252b' and the first hinge shaft 261, The second hinge hole 262b includes an insertion portion 262 having a shape similar to 'c' formed on the outer surface.

Here, the second hinge hole 262b is formed on the outer surface of the insertion part 262 so as to be located above the first hinge hole 262a.

Further, the fixing member 260 includes a second hinge shaft 263 hinged to the second hinge hole 262b; A one-way clutch bearing 264a is installed on the second hinge shaft 263 and meshed with the rack gear unit 241, and rotates on the second hinge shaft 263 only when the pressing member 250 descends. A pinion gear 264 is included.

Here, in the one-way clutch bearing 264a, the outer race is coupled to the pinion gear 264 while the inner race is coupled to the second hinge shaft 263, and the outer race and the inner race are engaged only when the pressing member 250 rises, except when the pressing member 250 descends. It is formed in a structure that prevents the pinion gear 264 from rotating due to increased friction with the ball.

In addition, the fixing member 260 is formed on the outer surface of the insertion part 262 on the opposite side of the pinion gear 264, and rotates the insertion part 262 around the first hinge shaft 261 so that the pinion gear 264 ) is included in the rack gear unit 241, or a knob 265 that engages or disengages the engagement.

Here, the handle 265 is perpendicular to the insertion portion 262 in the form of a plate.

In addition, a guide portion 252c having a shape similar to a rod is formed at the lower portion of the handle 265 on the outer surface of the lifting portion 252, and a guide hole guided by the guide portion 252c is formed on the outer surface of the handle 265 ( 265a) is formed.

In addition, the fixing member 260 includes a support spring 266 installed in the guide part 252c between the lifting part 252 and the handle 265 to support the handle 265.

Here, the handle 265 is tilted by the support spring 266 so that the pinion gear 264 is meshed with the rack gear part 241 .

Further, second fastening holes 251a''' and 252b''' are formed on outer surfaces of the fastening portions 251a and 252b.

In addition, one side of the pressing member 250 is open, a through hole 253a penetrating the guide rod 240 is formed on the outer surface, and the second fastening holes 251a''' and 252b'' are formed on the outer surface. ') and a fastening hole 253b fastened with a fastening member such as a bolt is formed, a fitting hole 253c into which the fastening part 251a is inserted is formed on the outer surface, and the handle 265 is exposed on the outer surface An exposure hole 253d is formed, and a cover member 253 in which the fastening parts 251a and 252b and the insertion part 262 are accommodated is included.

Here, the cover member 253 is formed in a shape similar to a rectangular cylinder.

Further, on the outer surface of the fixed table 211, a long second guide hole 211c is formed between the through hole 211a and the first guide hole 211b.

Here, the second guide hole 211c is formed through the outer surface of the fixed table 211 in the longitudinal direction.

Also, the movable table member 220 includes a guide part 224 formed on the lower surface of the movable table 221 and guided to the second guide hole 211c.

Here, the guide part 224 is formed on both sides of the lower surface of the moving table 221 .

In addition, the fixed table member 210 includes a cover part 215 formed on an edge of the lower surface of the fixed table 211 .

Here, the cover part 215 is formed in a 'c' shape so as not to interfere with the fastening part 213 at the edge of the lower surface of the fixed table 211.

Also, on the outer surface of the cover part 215, the first and second guide holes 211b pass through the rack gear 222 and the guide part 224 guided through the first and second guide holes 211b and 211c, respectively. First and second connection holes 215a and 215b respectively connected to ) 211c are formed.

Here, the first and second connection holes 215a and 215b are formed on the outer surface of the cover part 215 to be connected to both sides of the first and second guide holes 211b and 211c, respectively.

In addition, on the outer surface of the cover part 215, the first and second connection holes 215a prevent the rack gear 222 and the guide part 224 guided through the first and second guide holes 211b and 211c, respectively, from passing through. ) 215b may be installed.

In addition, the movable table device 200 for the bookbinding perforator includes a support spring 242 installed on the guide rod 240 between the movable table 221 and the elevation portion 252 to support the elevation portion 252. do.

Here, the support spring 242 supports the elevation part 252 to rise along the guide rod 240 .

In addition, the movable table device 200 for the bookbinding perforator includes an encoder 270 installed inside the housing 231 to measure rotation of the rotating shaft 232b.

And, the encoder 270 is provided on the rotation shaft (232b) inside the housing 231 and a rotation plate 271 formed with a plurality of holes on the rim; A detection sensor 272 installed inside the housing 231 to emit light from the light emitting unit to the hole of the rotating plate 271 and detecting the light from the light receiving unit is included.

Here, the encoder 270 emits light from the light emitting part of the detection sensor 272 to the plurality of holes of the rotating plate 271 and whenever light is detected by the light receiving part of the detection sensor 272, a pulse in the form of a square wave The measurement information is transmitted as a signal to the control unit of the bookbinding perforator 1000, and the control unit of the bookbinding perforator 1000 detects the rotation angle, speed, and position of the rotation shaft 232b through the measurement information to drive the drive motor 232. will control

In addition, the movable table device 200 for the bookbinding perforator includes a micro switch 280 installed through a fixing bracket on the lower surface of the fixed table 211 around the first guide hole 211b, and a rack gear ( 222 is formed with a contact portion 222a contacting the micro switch 280.

Here, the control unit of the bookbinding puncher 1000 controls the driving motor 232 so that the contact portion 222a contacts the micro switch 280 when the punching and bookbinding operations of the bookbinding puncher 1000 are started or initialized.

In addition, when the micro switch 280 comes into contact with the contact portion 222a, it is turned ON and transmits a signal indicating that the moving table 221 is located at a position where the punching and bookbinding operations of the bookbinding puncher 1000 start. ) is transmitted to the control unit.

Further, the bookbinding perforator 1000 includes a first press arm 300 installed to be able to move up and down on the upper body 130 and pressurizing the plurality of printed materials 1 stacked on the moving table 221; a second press arm 310 that is movably installed on the upper body 130 and pressurizes the first press arm 300; The second press arm 310 is lowered to press the first press arm 300 to press the plurality of printed materials 1 stacked on the moving table 221 with the first press arm 300 An elevating member 400 is included.

In addition, the bookbinding perforator 1000 is installed on the lower body 110 and the base plate 120, and the drill 510 for forming holes in the plurality of printed matter 1 stacked on the moving table 221 and stacking A drill and a lower heater for transporting the lower heater unit 520 for heating and molding by inserting the soft molding tube 2 for binding the plurality of printed materials 1 into the holes formed in the stacked plurality of printed materials 1 A secondary transfer device 500 is included.

In addition, the bookbinding perforator 1000 is installed on the base plate 120 and the upper body 130 to pass the molding tube 2 through the through hole 121 of the base plate 120 to the lower heater unit 520. a molding tube supply member 600 supplying the guide pin 521 and the molding tube cutting member 700; A molding tube cutting member 700 is included on the lower body 110 and the base plate 120 to cut the molding tube 2 so as to bind a plurality of stacked prints 1.

In addition, the bookbinding perforator 1000 includes an upper heater unit 800 installed on the upper body 130 and the first press arm 300 to heat and shape the molding tube 2 together with the lower heater unit 520; A guide member 810 for moving the upper heater unit 800 forward and backward by being installed in the upper body 130 so as to move forward and backward while the upper heater unit 800 is installed to move up and down; A press arm fixing member 900 installed on the base plate 120 and the upper body 130 to fix and release the first press arm 300 moving up and down is included.

In addition, although not shown in the drawing, the bookbinding puncher 1000 includes a control unit installed on the upper body 130 to control the bookbinding puncher 1000; Although not shown in the drawing, a collection box for collecting waste chips generated when the drill 510 is drilled is included.

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

In addition, the base plate 120 is connected to the through hole 211a of the fixed table 211, and the drill 510 and the guide pin 521 of the lower heater unit 520 pass through the fixed table 211. A through hole 122 penetrating like the hole 211a is formed on the outer surface.

In addition, the first press arm 300 penetrates the drill 510 while the upper heater unit 800 is movably installed therein, and the stop bar 301 fixed to and released from the press arm fixing member 900 ) is installed.

Here, the stop bar 301 moves while penetrating the base plate 120 .

In addition, the second press arm 310 is provided with a moving bar 311 equipped with a locking portion 312 .

Here, the moving bar 311 moves while penetrating the base plate 120 .

In addition, the elevating member 400 is installed on the upper body 110, and the elevating motor 410 having the pinion gear 411 installed on the rotating shaft; installed on the second press arm 310 and the pinion gear 411 ) Includes a rack gear 420 meshed with.

In addition, the drill and lower heater part transfer device 500 is installed on the lower surface of the base plate 120, and the drilling motor 530 is installed with a pulley 531 on a rotating shaft; A rotation block 540 is installed to be rotatable in the drilling motor 530 by a bearing while one side passes through the rotation shaft, and the first and second guide rods 541 and 542 are installed on the opposite side.

Here, the pulley 531 is installed on one side of a rotation shaft passing through one side of the rotation block 540 .

In addition, one side of the drill and lower heater transfer device 500 penetrates the second press arm 310, and the other side is hooked to the second press arm 310 that is raised by the lifting member 400. 551 is installed, the other side is connected to the rotation block 540, and when the hooking part 551 is caught on the second press arm 310 that rises by the lifting member 400, the rotation block 540 A wire 550 that is pulled and rotated in the drilling motor 530 is included.

Here, the wire 550 moves while penetrating the base plate 120 .

In addition, the drill and lower heater transfer device 500 is installed to be guided by the first guide rod 541 and can be moved up and down, a horizontal groove 561 is formed on the outer surface, and a horizontal groove 561 on the outer surface and a first lifting block 560 through which a vertical hole 562 connected vertically is included.

In addition, the drill and lower heater transfer device 500 has a pulley 511 connected to a pulley 531 and a drive belt, and is rotated by a rotation block 540 and a first lifting block 560 by bearings. It is installed to be able to, and includes a drill 510 for forming holes in the plurality of printed matter 1 stacked on the moving table 221 through the through holes 122 and 211a.

In addition, the drill and lower heater transfer device 500 is installed to be guided by the second guide rod 542 and can be moved up and down, and the molding tube 2 for binding a plurality of printed materials 1 stacked on the outer surface A lower heater unit 520 that is inserted into holes formed in the stacked plurality of printed materials 1 and heat-molded is installed, and a horizontal groove 571 is formed on the outer surface, and the horizontal groove 571 and the vertical groove 571 are formed on the outer surface. A second lifting block 570 through which a vertical hole 572 connected to is formed is included.

In addition, the drill and lower heater transfer device 500 is installed on the lower body 110, lifts the first lifting block 560 along the first guide rod 541, and pulls the wire 550. After the rotary block 540 is rotated by the , an elevating member 580 for elevating the second elevating block 570 along the second guide bar 542 is included.

And the elevating member 580 is installed on the lower body 110, the elevating motor 581 is installed with a pinion gear (581a) on the rotating shaft; A rack gear 582 movably installed in the lower body 110 and engaged with the pinion gear 581a; formed in the rack gear 582 and in the horizontal grooves 561 and 571, respectively. An elevation unit 583 is included to elevate the first and second elevation blocks 560 and 570 by being inserted and hooked.

And, the drill and lower heater transfer device 500 is installed on the lower surface of the base plate 120, and is installed in the vertical holes 562 and 572 of the first and second lifting blocks 560 and 570 to be moved up and down. A guide rod 590 is included to guide the insertion.

Further, the molding tube supply member 600 includes a fixing bracket 610 installed on the upper surface of the base plate 120 around the through hole 121; A transfer motor 620 installed to rotate a rotating shaft in the fixing bracket 610; a pair of guide rollers 630 rotatably installed on the rotating shaft and the fixing bracket 610; A tube input pipe 640 is included in the upper body 130 and inserts the molding tube 2 between the pair of guide rollers 630.

In addition, the molding tube cutting member 700 is installed to be rotated on the lower body 110, and the rotating part 710 rotates by being caught and released from the hanging part 312 of the moving rod 311 that moves up and down; It is installed on the base plate 120, a through hole 721 through which the molding tube 2 passes is formed on the outer surface, and a guide portion 720 having a guide groove 722 around the through hole 721 formed on the outer surface. ) are included.

In addition, one side of the molding tube cutting member 700 is connected to the rotating part 710, and the blade moves forward and backward from the guide groove 722 according to the rotation direction of the rotating part 710 to cut the molding tube 2 with section 730; A moving rod 740 that moves while penetrating the base plate 120 and is connected to the first press arm 300 by a wire 741 is included.

In addition, the molding tube cutting member 700 is installed on the moving rod 740, supports the molding tube 2 passing through the through hole 121 by the molding tube supply member 600, and guide pin 521 A support plate 750 having an exit hole 751 formed on an outer surface of the support plate 750 is included.

In addition, one side of the guide member 810 passes through the second press arm 310, and a hooking portion 812 that is caught on the second press arm 310 ascending by the elevating member 400 is installed on the one side. When the hooking part 812 is caught on the second press arm 310 that is raised by the lifting member 400, the wire 811 pulls the guide member 810 and advances the upper heater part 800 for binding. is installed

In addition, the press arm fixing member 900 includes a fixing bracket 910 installed on the base plate 120; and is installed to be rotated on the fixing bracket 910 and tilted to one side to catch the stop bar 301. A stop bar 920 having a locking hole 921 formed on an outer surface thereof is included.

In addition, the press arm fixing member 900 includes a support spring 930 installed on the base plate 120 and supporting one side of the stop bar 920 on the opposite side of the locking hole 921 .

Here, the stop bar 920 is inclined to one side from the fixing bracket 910 by the support spring 930.

At this time, the stop bar 301 is caught in the locking hole 921.

In addition, the press arm fixing member 900 is installed to be rotated on the upper body 130, and the locking member installed on the pinion gear 411 according to the rotation direction of the pinion gear 411 of the elevating member 400 ( A rotation bar 940 that rotates by being caught on 941 is included.

In addition, the press arm fixing member 900 is installed between the stop bar 920 and the rotation bar 940, and is caught by the locking hole 941 of the rotating pinion gear 411 so that the rotation bar 940 rises When it rotates, the stop bar 920 is rotated so that the stop bar 920 does not tilt to one side in the fixing bracket 910 by pulling the stop bar 920. ) rotates to descend, release the pull of the stop bar 920 so that the stop bar 920 rotates to tilt to one side in the fixing bracket 910 by the support spring 930. A wire 950 is included. .

Here, the wire 950 moves while penetrating the base plate 120 .

And, the bookbinding perforator 1000 includes a return spring installed to allow the included components to return to their original state after operation.

The operation of the bookbinding puncher 1000 in which the movable table device 200 for the bookbinding puncher according to the embodiment of the present invention configured as described above is installed will now be described.

As shown in FIGS. 1 to 44, the driving member 230 is a control unit of the bookbinding puncher 1000 so that the moving table 221 is positioned at a position where the punching and bookbinding work of the bookbinding puncher 1000 starts. drives

Then, the rotational shaft 232b of the drive motor 232 rotates and the pinion gear 232a also rotates.

The rack gear 222 meshed with the pinion gear 232a moves along the first guide hole 211b, and the guide part 224 also moves along the second guide hole 211c.

That is, the movable table 221 of the movable table member 220 is moved on the upper surface of the fixed table 211 of the fixed table member 210 by the driving member 230 .

Here, the rack gear 222 moves while being supported by the support part 214 .

Further, when the contact portion 222a of the rack gear 222 contacts the micro switch 280, the micro switch 280 moves to a position where the booklet perforator 1000 starts punching and bookbinding operations while being turned ON. A signal indicating that the table 221 is positioned is transmitted to the control unit of the bookbinding perforator 1000 .

Here, the control unit of the bookbinding perforator 1000 stops the movement of the moving table 221 by stopping the driving of the driving motor 232 .

In addition, the rack gear 222 and the guide part 224 pass through the first and second connection holes 215a and 215b.

Then, while stacking the plurality of printed materials 1 on the moving table 221, one side of the stacked plurality of printed materials 1 is brought into close contact with the contact portion 212 of the fixed table 211, and the stacked plurality of printed materials 1 The other side surface of the printed matter 1 is brought into close contact with the contact portion 223 of the moving table 221.

Then, by pressing the pressing part 251 of the pressing member 250, the pressing member 250 is lowered.

Here, the pinion gear 264 engaged with the rack gear part 241 of the guide rod 240 is driven by a one-way clutch bearing 264a that rotates on the second hinge shaft 263 only when the pressing member 250 descends. As a result, the second hinge shaft 263 rotates.

That is, the through-holes 252a and 253a of the elevation part 252 and the cover member 253 are guided by the guide rod 240, and the pressing member 250 descends.

Then, the pressing member 250 presses the upper surface of the stacked plurality of printed matter 1 and fixes them to the moving table 221 .

Here, the pinion gear 264 is prevented from rotating on the second hinge shaft 263 by the one-way clutch bearing 264a that rotates on the second hinge shaft 263 only when the pressing member 250 descends. It is engaged and fixed to the rack gear part 241 of the guide rod 240.

That is, the pressing member 250 is fixed to the guide rod 240 by the fixing member 260 .

In addition, the support spring 242 is compressed by the lowered elevation part 252 .

Then, in order to perform the first punching in a state in which a plurality of printed materials 1 are stacked on the moving table 221, the control unit of the bookbinding perforator 1000 is controlled to drive the lifting motor 410 of the lifting member 400. do.

Then, as the rotary shaft of the lifting motor 410 rotates, the rack gear 420 meshed with the pinion gear 411 descends.

In addition, as the second press arm 310 to which the rack gear 420 is installed descends, the first press arm 300 is pressed.

In addition, the rotating bar 940 of the press arm fixing member 900 is rotated to rise while being caught by the locking hole 941 of the rotating pinion gear 411, and the wire 950 is the rotating bar ( While moving through the base plate 120 by 940, one side of the stop bar 920 is pulled.

Here, the stop bar 920 is in a state of tilting to one side from the fixing bracket 910 by the support spring 930, and is not tilted to one side from the fixing bracket 910 by the pulling of the wire 950 rotate to avoid

In addition, the stop bar 301 installed on the first press arm 300 is in a free state where the stop bar 920 is in a horizontal state and is not caught in the locking hole 921 .

That is, the first press arm 300 is in a state where it is unfixed from the press arm fixing member 900 .

Thus, the first press arm 300 is pressed by the descending second press arm 310 and descends, thereby pressurizing the plurality of prints 1 stacked together with the second press arm 310 .

Here, the stop rod 301 descends while penetrating the locking hole 921 and the base plate 120, and the return spring installed in the first press arm 300 is extended.

Meanwhile, the moving rod 311 installed on the second press arm 310 moves through the base plate 120 and descends together with the second press arm 310, and the rotating part of the molding tube cutting member 700 The hanging part 312, which was fixed by hanging the 710, also descends.

In addition, the rotation part 710 rotates while the extended return spring returns to its original state, and the blade part 730 moves backward along the guide groove 722 of the guide part 720 by the rotation part 710 connected thereto. do.

Here, the through hole 121 of the base plate 120 and the through hole 721 of the guide part 720 are opened and connected by the backward blade part 730.

In addition, the moving bar 740 of the molding tube cutting member 700 is pulled by the wire 741 by the first press arm 300 that descends and moves through the base plate 120 and rises.

Here, the support plate 750 installed on the moving rod 740 also rises toward the through hole 721 of the guide part 720, and the return spring installed on the support plate 750 is stretched.

In addition, in a state where the plurality of printed matter 1 stacked on the moving table 221 is fixed by the pressing member 250 and the first and second press arms 300 and 310, the control unit of the bookbinding perforator 1000 The elevating member 580 of the drill and lower heater transfer device 500 is driven.

Then, as the rotating shaft of the lifting motor 581 rotates, the rack gear 582 meshed with the pinion gear 581a rises, and the lifting part 583 of the rack gear 582 moves up. As the horizontal groove 561 is caught, the first lifting block 560 rises along the first guide bar 541 .

In addition, the guide bar 590 formed on the lower surface of the base plate 120 is inserted into the vertical hole 562 of the first lifting block 560 and guided.

That is, the first lifting block 560 rises without shaking left and right.

In addition, the control unit of the bookbinding perforator 1000 drives the drilling motor 530 of the drill and lower heater transfer device 500 .

Then, as the rotary shaft of the drilling motor 530 rotates, the pulleys 511 and 531 connected by the drive belt rotate, and the drill 510 also rotates.

Here, the drill 510 rotates in the rotation block 540 and the first lifting block 560 by bearings.

And, when the first lifting block 560 reaches the highest position, the drill 510 penetrates through the through-holes 122 and 211a to form holes in the plurality of printed materials 1 stacked.

Also, the control unit of the bookbinding perforator 1000 controls the elevating member 580 .

Then, as the rotating shaft of the lifting motor 581 rotates, the rack gear 582 meshed with the pinion gear 581a descends, and a horizontal groove is formed in the lifting portion 583 of the rack gear 582. As the 561 is engaged, the first lifting block 560 descends along the first guide bar 541.

In addition, the vertical hole 562 of the first lifting block 560 is guided by the guide rod 590 formed on the lower surface of the base plate 120 .

That is, the first lifting block 560 descends without shaking left and right.

Also, the control unit of the bookbinding perforator 1000 drives the lifting motor 410 of the lifting member 400 to perform bookbinding.

Then, as the rotating shaft of the lifting motor 410 rotates, the rack gear 420 meshed with the pinion gear 411 rises.

Then, as the second press arm 310 to which the rack gear 420 is installed rises, the pressure applied to the first press arm 300 is stopped.

Here, the rotation bar 940 of the press arm fixing member 900 rotates to descend while being caught in the locking hole 941 of the rotating pinion gear 411, and the wire 950 descends the rotation bar ( 940 is loosened while moving through the base plate 120 .

That is, the wire 950 does not pull one side of the stop bar 920.

In addition, the stop bar 920 is rotated so as to be inclined to one side in the bracket 910 fixed to the support spring 930.

Then, the stop bar 301 installed on the first press arm 300 becomes a state in which the stop bar 920 is tilted and caught in the locking hole 921 to be fixed.

That is, the first press arm 300 is fixed to the press arm fixing member 900 .

In other words, the first press arm 300 continuously presses the stacked printed matter 1 to fix them to the moving table 221 .

Also, the control unit of the bookbinding perforator 1000 drives the molding tube supply member 600 .

Here, the molding tube 2 is inserted between a pair of guide rollers 630 through the tube input pipe 640.

Then, the rotation shaft of the transfer motor 620 rotates, and the molding tube 2 is guided down by one guide roller 630 rotating by the rotation shaft.

In addition, the remaining guide rollers 630 are rotated by friction with the descending molding tube 2 and guide the molding tube 2 downward.

Thus, the molding tube 2 descends through the through hole 121 and is supplied to the molding tube cutting member 700 .

Then, the descending molding tube 2 is inserted into the guide pin 521 of the lower heater unit 520 and caught on the support plate 750 to be fixed.

Also, the moving rod 311 installed on the second press arm 310 moves through the base plate 120 and rises together with the second press arm 310, and the rotating part of the molding tube cutting member 700 710 is rotated by being hooked on the hanging part 312, and the return spring is stretched.

In addition, the blade unit 730 moves forward along the guide groove 722 of the guide unit 720 by the connected rotary unit 710 and cuts a part of the molding tube 2 .

Here, the through hole 121 of the base plate 120 and the through hole 721 of the guide part 720 are closed by the advanced blade part 730, and the remaining part of the uncut molding tube 2 Is supported by the blade portion 730.

Then, as the hooking part 812 is caught on the ascending second press arm 310, the wire 811 pulls the guide member 810, and the return spring is stretched.

Then, the upper heater unit 800 moves forward along the inside of the first press arm 300 by the guide member 810 .

Then, while the hooking part 551 is caught on the rising second press arm 310, the wire 550 passes through the base plate 120 and moves while pulling the rotating block 540.

Then, the rotation block 540 is rotated by the drilling motor 530 by bearings, and the first and second lifting blocks 560 and 570 are caught on the first and second guide rods 541 and 542, It rotates along with the rotating block 540.

Here, the lifting part 583 is inserted into the horizontal groove 571 of the second lifting block 570.

In addition, the guide pin 521 into which the molding tube 2 is inserted comes out of the through hole 751 of the support plate 750, and the return spring connected to the rotation block 540 is stretched.

And, the control unit of the bookbinding perforator 1000 drives the elevating member 580 of the drill and lower heater transfer device 500, and supplies current to the upper and lower heater units 800 and 520 to heat them. do.

Then, as the rotating shaft of the lifting motor 581 rotates, the rack gear 582 meshed with the pinion gear 581a rises, and the lifting part 583 of the rack gear 582 moves up. As the horizontal groove 571 is caught, the second lifting block 570 rises along the second guide bar 542 .

In addition, the guide rod 590 formed on the lower surface of the base plate 120 is inserted into the vertical hole 572 of the second lifting block 570 and guided.

That is, the second lifting block 570 rises without shaking left and right.

And, when the second lifting block 570 reaches the highest point position, the guide pin 521 of the lower heater unit 520 has through-holes 122 and 211a and the number of stacked printed matter 1. It passes through the hole, the upper heater part 800 and the first press arm 300.

Then, the upper and lower portions of the molding tube 2 are compressed and heated by the upper and lower heater parts 800 and 520 to be molded.

That is, the molding tube 2 binds a plurality of laminated printed materials 1 while being heated and molded.

Also, the control unit of the bookbinding perforator 1000 controls the elevating member 580 .

Then, as the rotating shaft of the lifting motor 581 rotates, the rack gear 582 meshed with the pinion gear 581a descends, and a horizontal groove is formed in the lifting portion 583 of the rack gear 582. As the 571 is engaged, the second lifting block 570 descends along the second guide bar 542.

In addition, the vertical hole 572 of the second lifting block 570 is guided by the guide rod 590 formed on the lower surface of the base plate 120 .

That is, the second lifting block 570 descends without shaking left and right.

Also, the control unit of the bookbinding perforator 1000 drives the lifting motor 410 of the lifting member 400 .

Then, as the rotary shaft of the lifting motor 410 rotates, the rack gear 420 meshed with the pinion gear 411 descends.

Then, as the second press arm 310 to which the rack gear 420 is installed descends, the hooking parts 551 and 812 are released.

Here, the wire 550 (811) to which the hooking portion 551 (812) is installed is loosened.

Then, the guide member 810 moves backward while the return spring returns to its original state, and the upper heater unit 800 moves backward inside the first press arm 300 as well.

Then, the rotation block 540 is rotated so that the return spring is returned to the original state in the drilling motor 530 by the bearing.

Here, the first and second lifting blocks 560 and 570 rotate together with the rotation block 540 while being caught on the first and second guide rods 541 and 542, and the lifting part 583 has a horizontal groove (561) is inserted.

In addition, while the support plate 750 faces the through hole 121 of the base plate 120, the guide pin 521 of the lower heater part 520 is inserted into the missing hole 751 in its original state.

In addition, the rotating bar 940 of the press arm fixing member 900 is rotated to rise while being caught by the locking hole 941 of the rotating pinion gear 411, and the wire 950 is the rotating bar ( While moving through the base plate 120 by 940, one side of the stop bar 920 is pulled.

Here, the stop bar 920 is in a state of tilting to one side from the fixing bracket 910 by the support spring 930, and is not tilted to one side from the fixing bracket 910 by the pulling of the wire 950 will make a turn

In addition, the stop bar 301 installed on the first press arm 300 is in a free state where the stop bar 920 is in a horizontal state and is not caught in the locking hole 921 .

That is, the first press arm 300 is in a state where it is unfixed from the press arm fixing member 900 .

Thus, the first press arm 300 rises as the return spring returns to its original state, and stops pressing the stacked printed matter 1 .

Then, the wire 741 connected to the first press arm 300 is loosened, and the moving bar 740 connected to the wire 741 descends to its original state as the return spring connected to the support plate 750 returns to its original state. will do

In addition, the control unit of the bookbinding puncher 1000 performs second or more punching and bookbinding operations of the bookbinding puncher 1000 at predetermined intervals on the stacked plurality of printed materials 1, according to an embodiment of the present invention. The movable table device 200 for the bookbinding perforator is controlled.

Here, the encoder 270 measures the rotation of the rotary shaft 232b, that is, the rotation of the rotary plate 271 provided on the rotary shaft 232b with the detection sensor 272, and transmits the measurement information to the bookbinding perforator 1000. is sent to the control unit.

So, the control unit of the bookbinding puncher 1000 rotates the rotating shaft 232b of the driving motor 232 based on the measurement information, so that the second or more punching and bookbinding operations of the bookbinding puncher 1000 are performed on a moving table ( 221) is precisely moved.

Then, the rotational shaft 232b of the drive motor 232 rotates and the pinion gear 232a also rotates.

The rack gear 222 meshed with the pinion gear 232a moves along the first guide hole 211b, and the guide part 224 also moves along the second guide hole 211c.

That is, the movable table 221 of the movable table member 220 is a fixed table of the fixed table member 210 by the drive member 230 so that the second or more punching and bookbinding operations of the bookbinding perforator 1000 are performed. (211) will move on the upper surface.

Here, the rack gear 222 is moved while being supported by the support part 214, and the micro switch 280 is turned OFF while being released from contact with the contact part 222a.

Thus, by repeating the punching and bookbinding operations of the bookbinding perforator 1000 as described above, the plurality of printed materials 1 are made in the form of a book consisting of 30 or more to 800 or less sheets.

Here, the rack gear 222 and the guide part 224 pass through the first and second connection holes 215a and 215b.

Then, when the punching and bookbinding operations of the bookbinding perforator 1000 are completed, the pressing member 250 is released from the guide rod 240 through the fixing member 260 .

In more detail, the insertion part 262 is rotated about the first hinge axis 261 by pressing the handle 265 exposed in the exposure hole 253d of the cover member 253.

Here, the guide hole 265a of the handle 265 is guided by the guide part 252c of the elevation part 252, and the support spring 266 is compressed by the handle 265.

Then, the pinion gear 264 is disengaged from the rack gear portion 241 of the guide rod 240, and the pressing member 250 is free from the guide rod 240.

In addition, the through-holes 252a and 253a of the elevating portion 252 and the cover member 253 are raised along the guide rod 240 to move the plurality of printed matter 1 stacked on the moving table 221. The pressing member 250 is released.

Here, the support spring 242 is returned to its original state by the elevation of the elevation part 252 .

Then, the pressing of the knob 265 is released.

Then, the insertion part 262 rotates about the first hinge shaft 261 .

Here, the guide hole 265a of the handle 265 is guided by the guide part 252c of the elevation part 252, and the support spring 266 is returned to its original state by the handle 265.

Also, the pinion gear 264 is engaged with the rack gear portion 241 of the guide rod 240.

That is, the pressing member 250 is fixed to the guide rod 240 by the fixing member 260 .

Then, the plurality of printed matter 1 in the form of a book is taken out from the movable table device 200 for the bookbinding perforator according to the embodiment of the present invention.

Meanwhile, while disengaging the rack gear 222 of the movable table 221 and the pinion gear 232a of the driving member 230, the rack gear 222 and the guide part 224 are moved to the first and second guides. It can be pulled out through the holes 211b and 211c.

That is, the movable table member 220 may be lifted and separated from the fixed table member 210 .

In the above, the present invention has been shown and described with specific preferred embodiments, but the present invention is not limited to the above-described embodiments, and those skilled in the art within the scope of not departing from the spirit of the present invention Various changes and modifications will be possible by the person.

100: frame 120: base plate
200: movable table device for bookbinding perforator
210: fixed table member 211: fixed table
211a: through hole 211b: first guide hole
211c: second guide hole 212: close contact
213: fastening part 214: support part
215: cover part 215a: first connection hole
215b: second connection hole 220: moving table member
221: moving table 222: rack gear
222a: contact part 223: contact part
224: guide part 230: driving member
231: housing 232: drive motor
232a: pinion gear 232b: rotation shaft
240: guide rod 241: rack gear part
242: support spring 250: pressing member
251: pressing part 251a: fastening part
251a': hinge hole 251a'': first fastening hole
251a''': second fastening hole 252: lifting part
252a: through hole 252b: fastening part
252b': hinge hole 252b'': first fastening hole
252b''': second fastening hole 252c: guide part
253: cover member 253a: through hole
253b: fastening hole 253c: fitting hole
253d: exposure hole 260: fixing member
261: first hinge axis 262: insertion part
262a: first hinge hole 262b: second hinge hole
263: second hinge shaft 264: pinion gear
264a: one-way clutch bearing 265: handle
265a: guide hole 266: support spring
270: encoder 280: micro switch
300: first press arm 310: second press arm
400: elevating member 500: drill and lower heater transfer device
600: molding tube supply member 700: molding tube cutting member
800: upper heater part 810: guide member
900: Press arm fixing member 1000: Bookbinding perforator

Claims (14)

In the movable table device for the bookbinding puncher 1000 installed on the base plate 120 of the bookbinding puncher 1000 to assist the punching and bookbinding operation of the bookbinding puncher 1000 for the stacked plurality of printed materials 1,
a fixed table member 210 installed on the base plate 120; a movable table member 220 movably installed on the fixed table member 210 and on which a plurality of stacked printed materials 1 are placed; It includes a driving member 230 installed on the fixed table member 210 to move the moving table member 220 in the fixed table member 210,
The fixed table member 210 is placed on the upper surface of the base plate 120, and a through hole 211a through which the bookbinding perforator 1000 and the bookbinding operation are performed is formed on the outer surface of the through hole 211a. a fixed table 211 having a first guide hole 211b formed long on an outer surface thereof; a close contact portion 212 formed on the upper surface of the fixed table 211 on both sides of the through hole 211a and closely contacting one side of the stacked printed matter 1; It includes fastening parts 213 formed on the lower surface of the fixed table 211 on both sides of the through hole 211a and fastened to both side surfaces of the base plate 120,
The movable table member 220 is placed on the upper surface of the fixed table 211, and a movable table 221 on which a plurality of stacked printed matter 1 is placed on the upper surface; A rack gear 222 formed on the lower surface of the moving table 221 and penetrating the first guide hole 211b,
The driving member 230 is installed inside the housing 231 installed on the lower surface of the fixed table 211, and the pinion gear 232a meshed with the rack gear 222 is driven by the rotating shaft 232b. It includes a motor 232,
When the rotating shaft 232b of the driving motor 232 rotates, the rack gear 222 meshed with the pinion gear 232a moves along the first guide hole 211b,
Guide rods 240 installed on both sides of the upper surface of the movable table 221; a pressing member 250 installed on the guide rod 240 so that both sides are guided up and down, and pressing and fixing the upper surfaces of the plurality of printed materials 1 stacked on the moving table 221; It includes a fixing member 260 installed on the guide rod 240 and the pressing member 250 to fix or release the pressing member 250 moving up and down to the guide rod 240,
A rack gear part 241 is formed on the outer surface of the guide rod 240,
The pressing member 250 presses the upper surface of the stacked plurality of printed matter 1, and the fastening part 251a provided with the hinge hole 251a' and the first fastening hole 251a'' is provided on both sides of the outer surface Pressing parts 251 each formed as a pair;
Through-holes 252a passing through the guide rod 240 are formed on the outer surface, and the through-holes 252a are formed on both sides of the hinge holes 252b' and the first fastening holes 251a''. The fastening part 252b having one fastening hole 252b'' includes a lifting part 252 formed on an outer surface,
The fixing member 260 is inserted between the fastening parts 252b, and the first hinge hole 262a hinged to the hinge holes 251a' and 252b' and the first hinge shaft 261, and the second An insertion portion 262 having a shape similar to 'c' having a hinge hole 262b formed on an outer surface thereof;
a second hinge shaft 263 hinged to the second hinge hole 262b;
A one-way clutch bearing 264a is installed on the second hinge shaft 263 and meshed with the rack gear unit 241, and rotates on the second hinge shaft 263 only when the pressing member 250 descends. a pinion gear 264;
It is formed on the outer surface of the insertion part 262 on the opposite side of the pinion gear 264, and by rotating the insertion part 262 around the first hinge shaft 261, the pinion gear 264 is moved to the rack gear part 241. A mobile table device for a bookbinding puncher, characterized in that it comprises a handle 265 for engaging or disengaging. According to claim 1,
The fixed table member 210 includes a support part 214 formed on the lower surface of the fixed table 211 around the first guide hole 211b to support the rack gear 222. Movable table device for. According to claim 1,
The movable table member 220 is formed on the upper surface of the movable table 221, and includes a close contact portion 223 that adheres to one side or both sides adjacent to one side of the stacked plurality of printed matter 1. A movable table device for a bookbinding perforator. delete delete According to claim 1,
A guide part 252c is formed on the outer surface of the lifting part 252 to the lower part of the handle 265,
A mobile table device for a bookbinding puncher, characterized in that a guide hole (265a) guided to the guide portion (252c) is formed on the outer surface of the handle (265). According to claim 6,
The fixing member 260 is installed in the guide part 252c between the lifting part 252 and the handle 265 and includes a support spring 266 supporting the handle 265. Movable Table Unit. According to claim 1,
Second fastening holes 251a''' and 252b''' are formed on outer surfaces of the fastening parts 251a and 252b,
One side of the pressing member 250 is open, a through hole 253a passing through the guide rod 240 is formed on the outer surface, and second fastening holes 251a''' and 252b''' are formed on the outer surface. A fastening hole 253b fastened with is formed, a fitting hole 253c into which the fastening part 251a is fitted is formed on the outer surface, and an exposure hole 253d through which the handle 265 is exposed is formed on the outer surface, , A mobile table device for a bookbinding puncher comprising a cover member 253 in which the fastening parts 251a and 252b and the insertion part 262 are accommodated. According to claim 1,
On the outer surface of the fixed table 211, a long second guide hole 211c is formed between the through hole 211a and the first guide hole 211b,
The movable table member 220 includes a guide part 224 formed on the lower surface of the movable table 221 and guided to the second guide hole 211c. According to claim 9,
The fixed table member 210 is a mobile table device for a bookbinding puncher, characterized in that it includes a cover portion 215 formed on the lower surface edge of the fixed table 211. According to claim 10,
On the outer surface of the cover part 215, the first and second guide holes 211b ( 211c) and first and second connecting holes 215a and 215b respectively connected to each other. According to claim 1,
A mobile table device for a bookbinding perforator, characterized in that it includes a support spring 242 installed on the guide rod 240 between the moving table 221 and the lifting part 252 to support the lifting part 252. According to claim 1,
A mobile table device for a bookbinding puncher, characterized in that it comprises an encoder 270 installed inside the housing 231 to measure the rotation of the rotational shaft 232b. According to claim 1,
A micro switch 280 installed on the lower surface of the fixed table 211 around the first guide hole 211b,
A contact portion 222a contacting the micro switch 280 is formed on the outer surface of the rack gear 222,
When the rack gear 222 is moved along the first guide hole 211b by the driving motor 232 so that the moving table 221 is positioned at the position where the bookbinding perforator 1000 starts punching and bookbinding, the micro A mobile table device for a bookbinding perforator, characterized in that the switch 280 and the contact portion 222a come into contact.

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