KR101953360B1 - Removable table device for binding-boring machine - Google Patents

Abstract

The present invention relates to a movable table apparatus installed on a base plate and a lower body of a bookbinding-boring machine to be controlled by a control unit of the bookbinding-boring machine and to help a boring and bookbinding work of the bookbinding-boring machine on a plurality of printouts piled up. More specifically, the present invention relates to the movable table apparatus for the bookbinding-boring machine, which comprises: a work plate and a housing mutually engaged to be installed on the base plate and the lower body of the bookbinding-boring machine. The work plate forms a work hole where the boring and bookbinding work of the bookbinding-boring machine is conducted, and forms a first contact end which protrudes to come in contact with one side surface of the plurality of printouts piled up on both sides of the work hole. The inside of the housing comprises: a driving motor controlled by the control unit of the bookbinding-boring machine to have a first gear placed on a rotary shaft; a screw shaft with a second gear geared with the first gear to rotate; and a moving unit which moves along the screw shaft by a rotation of the screw shaft. On an external surface of the housing, a moving hole is formed such that the moving unit can move. On the moving unit, a table having a fixer which fixates both side surfaces adjacent to one side surface of the plurality of printouts piled up is installed.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a removable table device for a binding-

The present invention relates to a movable table apparatus for a bookbinding perforator. More particularly, the present invention relates to a movable table apparatus for a bookbinding perforator, in which continuous boring and bookbinding operations of a bookbinding perforator for a plurality of printed materials stacked on a bookbinding perforator are automatically performed, Table device.

Generally, the most frequently used bookbinding perforator is a device for perforating a plurality of stacked prints or papers, such as a paper sheet, and molding the both ends of a molding tube inserted and cut into a predetermined length, to be.

In this connection, in Patent Document 1, a perforating motor provided with a drill at the upper portion of a base plate and a pressing arm for clamping a stacked piece are lifted and lowered along a shaft, and installed on the axis of the conveying motor, A tube guide pin on the lower heater for inserting and supporting the molding tube to be conveyed guided to the lower portion thereof, a cutter for cutting the molding tube, and a molding tube inserted into one side of the tube guide pin Wherein the length adjusting plate has one lower end supported by the elastic string and the upper end connected to the pressing arm by a wire so that the pressing arm is lifted and lowered according to the thickness of the laminated piece, And the cutting length of the molding tube is automatically adjusted while the plate is lifted and lowered 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 bookbinding operations are completed, and a plurality of stacked prints have to be manually moved by the operator when the second punching and bookbinding operations are performed.

In other words, there is a possibility that the positions of the stacked prints are changed due to the manual operation of the operator, so that the perforating and bookbinding operations may not be performed properly at predetermined intervals.

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

Therefore, when the perforation and bookbinding operations of a bookbinding perforator for a plurality of printed materials stacked on a bookbinding perforator are normally performed for two or more blanks, the first perforation and bookbinding operations are completed and the documents are automatically transferred without manual operation of the operator The present invention provides a movable table apparatus for a bookbinding perforator that allows a second or more perforations and bookbinding operations to be performed.

According to an aspect of the present invention, there is provided a bookbinding apparatus comprising a base plate and a movable table device installed on a lower body of the bookbinding apparatus, the bookbinding apparatus being controlled by a control unit of a bookbinding perforator to assist in perforating and binding a plurality of printed materials, A working plate and a housing provided on the base plate and the lower body of the binding perforator so as to be coupled to each other, wherein the working plate forms a working hole for perforating and binding the bookbinding perforator, A plurality of printed materials protruding from one side of a printed circuit board to closely contact one side of the printed material; a driving motor controlled by a control unit of the bookbinding perforator and having a first gear provided on a rotating shaft; A screw shaft provided with two gears, and a moving hole that moves along the screw shaft by rotation of the screw shaft, Wherein the movable table is provided with a table having a movable table and a fixing table for fixing one side surface of a plurality of stacked printed materials and both side surfaces adjacent to the movable table, Lt; / RTI >

The present invention is characterized in that since a moving tool having a table can be moved along a screw shaft and a moving hole through a first gear of a driving motor controlled by a control unit of a bookbinding perforator and a second gear of a screw shaft, When the first perforation and bookbinding operation of the bookbinding perforator is completed in a state in which the bookbinding perforator is tightly fixed to the fixed end and the first close end of the work plate, a plurality of stacked prints are automatically transferred without the manual operation of the operator so that the second or more perforations and bookbinding operations .

That is, in the perforating and bookbinding operation of the binding perforator, there is an effect that the operator does not have to constantly transfer a large number of printed materials stacked by the operator manually.

According to the present invention, since the guide hole of the moving tool is guided by the guide shaft, the swinging of the moving table can be reduced.

That is, since the plurality of printed matters stacked on the fixing table of the table and the first closely contacting end of the working plate are prevented from moving, the perforating and binding operation of the bookbinding perforator can be stably performed on a plurality of stacked printed matters.

Since the base plate and the lower body of the bookbinding perforator are inserted into the insertion space of the housing, the present invention has the effect of reducing the degree of protrusion of the movable table device in the bookbinding perforator.

That is, even if a movable table device is installed on the binding perforator, the volume increases less, so that the binding perforator provided with the movable table device can be disposed in a narrow installation space.

Since the insertion space of the housing is supported by the base plate and the lower body of the bookbinding perforator, the vibration of the housing due to the driving of the drive motor can be reduced.

Further, since the second contact end of the work plate is in close contact with the both side surfaces of the base plate of the bookbinding perforator, the vibration of the housing due to the drive of the drive motor is further reduced.

That is, a plurality of stacked printed materials placed on the table move without shaking, and the perforation and bookbinding operations of the bookbinding perforator for a plurality of stacked printed materials can be 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 intersect horizontally and are located on the same line.

That is, since the height of the housing is not required to be long in order to install the first and second gears and the driving motor and the screw shaft, there is an effect that the volume increases even if the movable table apparatus is installed in the bookbinding perforator.

Since the upper surface of a plurality of stacked printed materials is pressed by a pressing member, there is an effect that a large number of printed materials stacked by the external force generated in the perforating and bookbinding operation of the bookbinding perforator can be prevented from moving upward.

That is, since a plurality of stacked prints are moved in the upward direction and a space is formed between a plurality of printed materials, the pressing member blocks the perforation and the bookbinding operation of the bookbinding perforator.

In addition, since a plurality of stacked prints are closely contacted with each other by the pressing member, there is an effect that the length of the molding tube can be shortened in the bookbinding operation of the bookbinding perforator.

That is, there is an effect of reducing the waste of the molding tube.

Since the fixing hole inclined in one direction is caught by the first and second retaining holes and the third retaining hole of the fixing plate which is inclined in one direction is caught in the guide bar and caught therebetween so that the external force generated during the perforation and bookbinding operation of the binding perforator Thereby preventing the fixing of the fixing member from being released.

That is, there is an effect that pressurization of the pressing member against a plurality of stacked printed materials is continuously performed.

According to the present invention, the first elastic spring has an effect that the fixing hole inclined in one direction is continuously inserted into the first and second locking holes, and the third locking hole of the fixing plate inclined in one direction is continuously inserted and caught in the guide rod .

That is, there is an effect that pressurization of the pressing member against a plurality of stacked prints is more continuously performed irrespective of the external force generated in the perforation and bookbinding operation of the binding perforator.

Further, when the pressing of the fixing plate is released, 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, pressing of the pressing member against a plurality of stacked printed matters is quickly released by the second elastic spring.

The present invention has the effect that a plurality of stacked prints are brought into close contact with each other because the pressing member in a form similar to a plate presses the upper surface of a plurality of prints stacked in a large area.

That is, there is an effect that the length of the molding tube can be shortened during the bookbinding operation of the bookbinding perforator.

In other words, there is an 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 stacked prints more quickly, with the pressurized portion protruding from the pressing member.

That is, since the downward length of the pressing member by the guide bar is shortened, the perforation and bookbinding operation of the binding perforator can be performed quickly.

The present invention can precisely control the driving motor through the measurement information provided by the encoder and precisely control the screw shaft for moving the moving tool, The bookbinding operation can be accurately performed.

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

Since the control unit can grasp the final position of the fixing pin installed in the moving tool through the measurement information provided by the plurality of position sensors, when the perforating and binding operation of the binding perforator is started or initialized, There is an effect of quickly positioning the bookbinding operation to the position where it is first made.

That is, after the perforation and bookbinding operation of the bookbinding perforator is completed, the perforation and bookbinding operation of the next bookbinding perforator can be prepared.

1 to 6 are an installation state view and a detailed view of a movable table apparatus for a binding perforator according to an embodiment of the present invention,
FIGS. 6 to 18 are explanatory views illustrating a process of perforating and binding a bookbinding perforator provided with a movable table apparatus for a bookbinding perforator according to an embodiment of the present invention.

Embodiments of the present invention will now be described in detail with reference to the accompanying drawings.

1 to 18, a movable table apparatus 100 for a bookbinding perforator according to an embodiment of the present invention is installed on a base plate 1a and a lower body 1b of a bookbinding perforator 1, And is controlled by the control unit 1c of the bookbinding perforator 1 to assist in perforating and bookbinding operations of the bookbinding perforator 1 with respect to a plurality of printed materials 2 stacked.

The bookbinding perforator 1 comprises a lower body 1b provided on the ground and provided with a base plate 1a and a lower body 1b provided on the upper surface of the base plate 1a and having a control part 1c, (1d).

Here, the controller 1c may be a button-press type or a screen touch type.

The movable table device 100 includes a work plate 10 and a housing 20 which are coupled to each other and installed on a base plate 1a and a lower body 1b of the bookbinding perforator 1. [

The work plate 10 is formed with a work hole 11 at the center of which the perforation and bookbinding operations of the bookbinding perforator 1 are performed and a plurality of printed materials 2 stacked on both sides of the work hole 11 And a first contact end 12 to which one side is in close contact is protruded.

Here, the first contact end 12 protrudes from the upper surface of the work plate 10.

The work plate 10 is formed with a second contact end 13 protruding from both sides of the working hole 11 to be in close contact with both sides of the base plate 1a of the bookbinding perforator 1. [

Here, the second tight contact end 13 protrudes from the lower surface of the work plate 10.

A driving motor 21 controlled by the control unit 1c of the bookbinding perforator 1 and having a first gear 21a provided on a rotary shaft 21b and a second motor 21b controlled by the first gear 21a A screw shaft 22 provided with a second gear 22a which rotates while being engaged with the screw shaft 22 and a moving member 23 similar to a hexahedron moving along the screw shaft 22 by rotation of the screw shaft 22 Is installed.

Here, the first and second gears 21a and 22a are bevel gears, and the drive motor 21 is provided with a speed reducer.

A movable hole 20a is formed in the outer surface of the housing 20 so that the movable hole 23 is movable in the longitudinal direction. The movable hole 23 is provided with a plurality of stacked printed materials 2 And a table 24 provided with a fixing table 24a for fixing one side surface and both side surfaces adjacent to each other.

A guide shaft 25 is provided on the screw shaft 22 in the housing 20 and a guide hole 23a guided by the guide shaft 25 is formed in the moving hole 23.

An insertion space 20b into which the base plate 1a and the lower body 1b of the bookbinding perforator 1 are inserted is formed on the outer surface of the housing 20. [

Guide rods 26 are provided on the outer surface of the table 24 on both sides of the fixing table 24a so as to be closer to the safety plate 10 than the fixing table 24a.

The guide rod 26 is provided with a pressing member 27 which is guided by both the guide rods 26 so as to be lifted and lowered and which presses and fixes the upper surface of the plurality of printed matters 2 stacked on the table 24 .

The guide rod 26 and the pressing member 27 are provided with a fixing member 28 for fixing and releasing the pressing member 27 to and from the guide rod 26.

The pressing member 27 is formed with guide holes 27a guided by the guide rods 26 and the first and second retaining holes 27b and 27c are formed in the periphery of the guide hole 27a .

The pressing member 27 is formed in a shape similar to a plate and a pressing portion 27d for pressing the upper surface of the plurality of printed matters 2 stacked on the table 24 is formed at the center of the pressing member 27, Are bent and formed to protrude.

The fixing member 28 is formed on one side with a third locking hole 28a 'which is guided by the guide rod 26 or is tilted in one direction, and the first and second locking holes 27b and 27c, The first and second fastening holes 28a '' and 28a '' 'are formed on the opposite sides of the first and second fastening holes 28a' and 28a '' ' '') Is bent to form a bending portion 28a '' ''.

One of the fixing members 28 is fastened to the first and second fastening holes 28a '' and 28a '' 'of the fixing plate 28a and the first and second fastening holes 27b The first separation preventing portion 28b 'that passes through one side of the opposite side of the first and second securing holes 27b and 27c and prevents the first and second securing holes 27b and 27c from being separated from the first and second securing holes 27b and 27c, 28b.

When the upper surface of the plurality of printed matters 2 stacked on the table 24 is pressed by the pressing member 27 and the fixing plate 28a is tilted in one direction, The first separation preventing portion 28b 'is caught by the first and second retaining holes 27b and 27c while being inclined in one direction so that the first and second retaining portions 28b' And the third retaining hole 28a 'of the fixing plate 28a which is inclined in one direction is caught in the guide rod 26 and caught.

That is, the pressing member 27 is fixed to the guide rod 26 by the fixing member 28.

The fixing member 28 is fastened between the second fastening hole 27c and the second fastening hole 28a '' 'located at the farthest position from the guide hole 27a and the third fastening hole 28a' And a first elastic spring 28c mounted on the first and second elastic members 28a and 28b.

That is, the fixing plate 28a is tilted in one direction by the elasticity of the first elastic spring 28c.

A second elastic spring 29 is provided on the guide rod 26 between the table 24 and the pressing member 27.

That is, the urging member 27 is lifted along the guide rod 26 by the elasticity of the second elastic spring 29.

The guide rod 26 is formed with a second departure prevention portion 26a which is hooked around the third retaining hole 28a 'to prevent the fixing plate 28a from being detached.

The base plate 1a and the upper and lower bodies 1d and 1b of the bookbinding perforator 1 are provided with a printed material perforating means 3 for forming a hole 2a in a plurality of printed materials 2 stacked, A molding tube cutting means 4 for cutting the molding tube 2b so as to bind a plurality of stacked printed materials 2 and a plurality of printed material 2 stacked with the cut molding tube 2b And a press arm fixing means 6 for fixing the press arm 3b until the punching and bookbinding operation is completed are provided.

The printed material perforating means 3 includes a perforating motor 3a having a drill 3a 'and a rack gear 3a' 'and a through hole 3b' through which the drill 3a ' And a pressing arm 3b.

The printed material perforating means 3 includes a shaft 3c and a shaft 3d installed to vertically move the perforating motor 3a and the pressing arm 3b and a rack gear 3a '' for raising and lowering the perforating motor 3a. And a compression spring 3f (3f) provided between the punch motor 3a, the pressing arm 3b and the base plate 1a, respectively, and a pinion gear 3e ' ').

Here, the shaft 3c is formed with a guide hole 3c 'having a long length in the longitudinal direction.

The molding tube cutting means 4 includes first and second insertion tubes 4a and 4b into which molding tubes 2b are sequentially inserted and a molding tube 2b inserted into the first insertion tube 4a, And a conveying motor 4c provided with a guide roller 4c 'for guiding the sheet 4b to the second insertion tube 4b.

The molding tube cutting means 4 includes a moving rod 4d connected to the perforation motor 3a through a guide hole 3c 'of the shaft 3c so as to move up and down like the perforation motor 3a, And is inserted and inserted into the second insertion tube 4b by the rotation part 4e which is rotated and pulled by the moving rod 4d and rotated by the rotation part 4e connected to one side of the rotation part 4e, A knife 4f for cutting the molding tube 2b and a rotating part 4e connected to one side opposite to the rotation part 4e to rotate the rotation part 4e when the rotation part 4e is pulled out by the moving rod 4d The pulling spring 4g is included.

Here, the moving rod 4d connected to the perforating motor 3a descends through the guide hole 3c 'of the shaft 3c when the perforating motor 3a descends, and is pulled down by the moving rod 4d descending. The rotating part 4e to be released is rotated by the pulling of the pulling spring 4g to advance the blade 4f and the blade 4f advancing by the rotating part 4e is rotated by the second insertion tube 4b, And the molding tube 2b is lowered.

When the drilling motor 3a is raised after the drilling operation of the drill 3a 'rotating at high speed by the drilling motor 3a is completed, the transfer rod 4d connected to the drilling motor 3a also rises, The rotating part 4e is pulled back to the ascending moving rod 4d so as to move the blade 4f backward and the backward blade 4f closes the second insertion tube 4b while cutting the molding tube 2b .

The molding tube cutting means 4 includes a moving rod 4h connected with a wire W so as to ascend and descend like a press arm 3b and a second insertion portion 4h connected to the moving rod 4h and cut into a blade 4f. A supporting plate 4i for supporting the molding tube 2b descending from the tube 4b and a return spring connected to the supporting plate 4i and installed on the lower body 1b to return the moving rod 4h to the original state 4j.

Here, the support plate 4i is formed with a release hole 4i '.

The molding tube feeding and shaping means 5 includes a speed reducing motor 5a provided with a first gear 5a 'and a second gear 5b' rotating in conjunction with the first gear 5a ' A center cam 5c provided on the camshaft 5b and having a fitting groove 5c 'formed on the outer surface thereof and an elevation guide path 5d' provided on the camshaft 5b And a formed drum cam 5d.

Here, a slant projection 5d '' is formed on the upper surface of the drum cam 5d, and the first and second gears 5a 'and 5b' are made of spur gears.

The molding tube feeding and molding means 5 includes an actuator 5e guided along the outer surface of the central cam 5c and fitted in the fitting groove 5c ' A second link 5g rotating in conjunction with the first link 5f and a second link 5g connected to the second link 5g and the connecting rod 5h ' And an operating shaft 5h connected to one end of the second link 5g and rotated in conjunction with the second link 5g.

Here, the rotating bar 5h '' is installed on the operating shaft 5h so as to rotate in the same direction as the operating shaft 5h.

The molding tube feeding and shaping means 5 includes a return spring 5h '' 'installed on the lower body 1b and connected to one side opposite to the rotary bar 5h' 'of the actuating shaft 5h .

The molding tube feeding and forming means 5 is connected to one side of the operating shaft 5h opposite the rotating bar 5h '' by a wire W so that the shaft 5i ' And a driving bar 5j 'which is raised and lowered on one side of the shaft 5i' and on the opposite side to the up / down guide path 5d ' 5j).

One of the rotating bars 5j is connected to the connecting rod 5j '' so as to rotate together with the guide pulley 5i so that the operating roller 5j 'is inserted into the elevating guide path 5d' A guide roller 5j '' 'which is guided along the guide plate 5d' '' provided around the drum cam 5d when the operating roller 5j 'is lifted or lowered is provided on the opposite side of the guide roller 5j'.

The molding tube feeding and molding means 5 is provided on one side of the opposite side of the rotary bar 5j and has a guide pin 5k 'fitted with a cutting molding tube 2b cut into the blade 4f, And a portion 5k.

Here, the guide pin 5k 'passes through the release hole 4i' of the support plate 4i and is released from the release hole 4i 'during the bookbinding operation with the molding tube 2b.

The molding tube feeding and molding means 5 includes a first rotating bar 51 'which is installed to rotate in the same direction on the operating shaft 5h and a second rotating bar 51' which is connected to the first rotating bar 51 ' A shielding plate 51 which is moved forward and backward in the guide hole 1a 'of the base plate 1a in accordance with the rotation of the first rotation bar 5l' A rotary member 5m provided on one side of the rotary member 5m so as to be rotated in the opposite direction to the first rotary bar 5m 'and the second rotary bar 5m' And a guide member 5n which moves forward and backward in the direction opposite to the blocking plate 51 in accordance with the rotation of the shutter 5m.

Here, the first and second rotating bars 5l 'and 5m' are installed on the operating shaft 5h such that they are positioned above the rotating bar 5h ''.

The molding tube transfer and molding means 5 is installed on the guide member 5n so as to ascend and descend and has a guide hole 5b communicating with the through hole 3b 'of the press arm 3b at the time of forward and backward movement of the guide member 5n And an upper heater portion 5o which is moved forward and backward along the guide portion 3b ''.

Here, the upper heater part 5o is raised and lowered together with the press arm 3b, and a through hole 5o 'through which the guide pin 5k' penetrates is formed.

The press arm fixing means 6 is rotatably mounted on the bracket 1a '' of the base plate 1a and has a stop hole 3b '' 'fitted to the press arm 3b, 6a 'are formed.

The press arm fixing means 6 includes an operation rod 6b having a base 6a and a locking head 6b 'which passes through the base plate 1a and the fixing bar 6a and is engaged with the fixing bar 6a, A compression spring 6c provided on the rod 6b and positioned between the base plate 1a and the fixed bar 6a and a compression spring 6b disposed between the working rod 6b and the bracket 1a ' And a support table 6c 'installed on the base plate 1a.

Here, the compression spring 6c pushes the fixing bar 6a so as to be inclinedly rotated from the bracket 1a '' of the base plate 1a, and the supporting bar 6c ' And supports the fixing bar 6a when the bracket 1a '' of the base plate 1a rotates horizontally.

The press arm fixing means 6 includes a rotary bar 6d which is rotatably mounted on the lower body 1b and one of which is connected to the operation rod 6b and a rotary bar 6d provided on one side of the rotary bar 6d, And an actuating roller 6e horizontally guided on the upper surface of the cam 5d and guided upward by the inclined projection 5d ''.

Here, the operating rod 6b is moved up and down by the base plate 1a and the fixed bar 6a while the rotating bar 6d is rotated by the operating roller 6e.

The bookbinding perforator 1 is provided with a discharge device 7 for discharging or collecting the interlocking chips generated when the drill 3a 'is perforated.

The control unit 1c of the bookbinding perforator 1 is controlled to confirm whether or not perforations of the plurality of stacked printed materials 2 are perforated and to check whether the molding tube 2b is remaining.

An encoder 21c for measuring the rotation of the rotary shaft 21b and transmitting the measurement information to the control unit 1c is provided in the housing 20. [

The encoder 21c includes a rotary plate 21c 'provided on the rotary shaft 21b and having a plurality of grooves formed at the rim thereof, and a rotary plate 21c' for emitting light of the light emitting unit to the groove of the rotary plate 21c ' And a detection sensor 21c ''.

Here, the control unit 1c emits the light of the light emitting unit of the detection sensor 21c '' to a plurality of grooves of the rotary plate 21c ', and whenever the light is detected by the light receiving unit of the detection sensor 21c' ', 21c, and controls the driving motor 21 by detecting the angle, speed and position of rotation of the rotary shaft 21b through the measurement information.

Further, under the control of the control section 1c, the moving tool 23 moves by 0.01 mm per one pulse. This is because the speed reduction ratio of the speed reducer provided in the drive motor 21 and the resolution of the encoder 21c, that is, the light of the light emitting portion of the detection sensor 21c '' are transmitted through the plurality of grooves of the rotation plate 21c ' And the number of times of detection in the light receiving portion of the light receiving portion 21c ''.

The movable pin 23 is provided with a fixing pin 23b on the outer surface thereof.

A position sensor 23c for measuring the position of the fixing pin 23b moved by the moving tool 23 and transmitting the measuring information to the control section 1c is provided at a predetermined interval .

The position sensor 23c is installed inside the housing 20 so as to be located below both the center and the left and right sides of the screw shaft 22. The position sensor 23c is disposed inside the housing 20 such that when the fixing pin 23b passes, And transmits the measurement information to the control unit 1c.

The control unit 1c controls the shifter 23 to be positioned at the center position sensor 23c when the perforation and bookbinding operation of the bookbinding perforator 1 is started or initialized.

The operation and effects of the movable table apparatus 100 for the bookbinding perforator according to the embodiment of the present invention will be described as follows.

The base plate 1a and the lower body 1b are formed so that the second adhered end 13 of the working plate 10 is in close contact with both side surfaces of the base plate 1a as shown in Figures 1 to 18, Is inserted into the insertion space 20b of the housing 20.

The base plate 1a and the lower body 1b are in close contact with the insertion space 20b of the housing 20.

That is, the movable table apparatus 100 is easily guided by the second tight contact end 13 and the insertion space 20b to be fastened to the base plate 1a and the lower body 1b of the bookbinding perforator 1 as fastening members Respectively.

The working hole 11 of the working plate 10 is perpendicular to the through hole 3b 'of the drill 3a' and the press arm 3b and the guide hole 1a 'of the base plate 1a Are located on the same line.

The driving motor 21 of the movable table apparatus 100 is connected to the control section 1c of the bookbinding perforator 1 so as to be controlled.

The encoder 21c and the position sensor 23c of the mobile table apparatus 100 are also connected to the control section 1c.

A plurality of printed matters 2 stacked on the first contact end 12 of the working plate 10 are stacked on the working plate 10 and the table 24 while a plurality of printed matters 2 are stacked on the working plate 10 and the table 24, And fixes both side surfaces of one side and the neighboring side of the plurality of the printed products 2 stacked on the fixing table 24a of the table 24. [

The pressing member 27 is lowered so as to be guided in the guide rod 26 so as to press the upper surface of the stacked plurality of the prints 2 and then to push the pressing member 27 through the fixing member 28, Is fixed to the guide rod (26).

More specifically, the fixing plate 28a of the fixing member 28 is tilted in one direction by the elasticity of the first elastic spring 28c.

The fastener 28b fastened to the fastening plate 28a tilted in one direction is caught in the first and second fastening holes 27b and 27c of the urging member 27, 28a are fitted into the guide rods 26 and hooked.

The first separation preventing portion 28b 'is caught in the vicinity of the first and second retaining holes 27b and 27c of the urging member 27 so that the urging force of the first retaining spring 28b is canceled by the elasticity of the first elastic spring 28c, (27b) (27c) of the pressing member (27).

Further, the pressing member 27 is in a state of being raised by the elasticity of the second elastic spring 29 provided on the guide rod 26.

That is, the pressing member 27 does not press the upper surface of the plurality of stacked printed matters 2.

At this time, due to the elasticity of the first elastic spring 28c, the fixing plate 28a of the fixing member 28 inclined in one direction is pushed in the opposite direction.

Then, the fixture 28b fastened to the fixing plate 28a is tilted in the opposite direction to one side so that the first and second fastening holes 27b and 27c of the pressing member 27 are fitted and released, The third retaining hole 28a 'of the fixed plate 28a inclined by the second guide plate 28a is also engaged with the guide rod 26 and released.

Further, the first elastic spring 28c is compressed by the fixing plate 28a inclined in the opposite direction.

In other words, the pressing member 27 is not fixed to the guide rod 26 by releasing the fixing member 28 from being fixed.

Then, the pressing member 27 is lowered toward the upper surface of the plurality of printed materials 2 stacked.

Then the guide hole 27a of the pressing member 27 and the third engaging hole 28a 'of the fixing member 28 are guided and lowered by the guide rod 26 and the pressing member 27, The second elastic spring 29 is compressed.

Then, when the pressing portion 27d of the pressing member 27 presses the upper surface of the stacked plurality of printed matters 2, the fixing plate 28a of the fixing member 28 is released.

Then, the fixing plate 28a of the fixing member 28 is tilted in one direction by the elasticity of the first elastic spring 28c.

The fastener 28b fastened to the fastening plate 28a is engaged with the first and second fastening holes 27b and 27c of the urging member 27 while being tilted in one direction, 28a of the first guide member 28a are inserted into the guide rod 26 and hooked.

The first separation preventing portion 28b 'is caught in the vicinity of the first and second retaining holes 27b and 27c of the urging member 27 so that the urging force of the first retaining spring 28b is canceled by the elasticity of the first elastic spring 28c, (27b) (27c) of the pressing member (27).

That is, the lowered pressing member 27 is fixed to the guide rod 26 by fixing the fixing member 28 in a state in which the upper surface of the stacked printed materials 2 is pressed.

Here, since the pressing member 27 is formed in a plate-like shape, it presses the upper surface of the stacked plurality of printed matters 2 in a large area.

In addition, the second elastic spring 29 is held in a compressed state by the pressing member 27 which is lowered and fixed.

Then, the controller 1c of the bookbinding perforator 1 is controlled to drive the drive motor 21 installed in the housing 20. [

The second gear 22a of the screw shaft 22 is engaged with the first gear 21a provided on the rotary shaft 21b of the drive motor 21 under the control of the control unit 1c A moving hole 23 fixed to the table 24 is moved along the screw thread of the screw shaft 22 and the moving hole 20a of the housing 20 at the same time.

Here, the first and second gears 21a and 22a are bevel gears and engaged with each other.

The guide hole 23a of the moving tool 23 is also guided by a guide shaft 25 provided inside the housing 20. [

That is, a plurality of stacked prints 2 placed on the table 24 of the mobile table apparatus 100 move smoothly.

Both side surfaces of the base plate 1a are brought into close contact with the second close contact end 13 of the work plate 10 and the base plate 1a and the lower body 1b are inserted into the insertion space 20b of the housing 20, The plurality of stacked prints 2 placed on the table 24 of the mobile table apparatus 100 are moved more shakily.

Thus, a plurality of stacked prints 2 are automatically moved by the movable table apparatus 100 to a position where the perforation and bookbinding operation of the bookbinding perforator 1 is started first.

The driving of the driving motor of the mobile table apparatus 100 is stopped by the control of the control unit 1c, and the perforation and bookbinding operation of the bookbinding perforator 1 for the plurality of stacked printed matters 2 is started.

More specifically, as the perforation motor 3a and the lifting motor 3e are driven, the rack gear 3a '' is engaged with the rotating pinion gear 3e 'so that the perforation motor 3a And is lowered along the shaft 3c (3d).

Here, the drilling motor 3a rapidly rotates the drill 3a '.

The compression spring 3f is compressed by the lowering of the perforation motor 3a while the press arm 3b is also lowered.

Thus, the lowering press arm 3b presses the upper surface of the plurality of stacked printed materials 2, and while the perforation motor 3a continues to descend by the elevation motor 3e, the compression spring 3f continues to continue And a plurality of the printed materials 2 stacked with the drill 3a 'passing through the through hole 3b' of the press arm 3b and the operation hole 11 of the movable table apparatus 100 (2a).

Here, the interlocking chips, which are generated when a plurality of stacked prints 2 are punched by the drills 3a ', are discharged through the discharge device 7 or collected separately.

When the drilling operation of the drill 3a 'is completed, the drilling motor 3a is rotated by the lift motor 3e so that the rack gear 3a' 'is engaged with the pinion gear 3e' ) 3d and also releases the compression on the compression spring 3f.

However, the press arm 3b keeps the pressurized state for a plurality of printed materials 2 stacked.

This is because the fixing bar 6a is maintained in a state of being inclinedly rotated by the bracket 1a '' of the base plate 1a by the compression spring 6c so that the stop bar 3b ' '' Is engaged with the retaining hole 6a 'of the fixed bar 6a in an inclined state.

When the drilling motor 3a and the press arm 3b are lowered, the conveying motor 4c is driven to rotate the guide roller 4c 'under the control of the control unit 1c, and the guide roller 4c' The molding tube 2b inserted into the first insertion tube 4a is guided to the second insertion tube 4b.

The moving rod 4d connected to the perforating motor 3a is also lowered along the guide hole 3c 'of the shaft 3c and the rotating portion 4e is pulled out to the moving rod 4d, The rotating portion 4e is rotated downward by the pulling of the rotating blade 4g and the rotating portion 4e that rotates advances the blade 4f.

Here, the pulling spring 4g connected to the rotating portion 4e is returned to its original state in a stretched state.

The second insertion tube 4b is opened by the advancing blade 4f so that the molding tube 2b descends and the lower heater part 5k penetrating the release hole 4i ' And is inserted into the guide pin 5k '.

When the press arm 3b is lowered, the support plate 4i is pressed by the molding arm 4b such that the movable arm 4b is connected to the press arm 3b by the wire W, (2b) has a length.

The molding tube 2b is supported by the raised support plate 4i with a margin length enough to bind a plurality of stacked printed materials 2 and is inserted into the guide pin 5k 'of the lower heater portion 5k .

Here, the return spring 4j connected to the support plate 4i is stretched.

When the drilling operation of the drill 3a 'is completed and the drilling motor 3a is moved up, the moving rod 4d is moved up along the guide hole 3c' of the shaft 3c, Is pulled back to the moving rod 4d to rotate upward.

Here, the pulling spring 4g is in a state of being stretched again in its original state by the rotating rotary part 4e.

Then, the blade 4f is moved backward by the rotating portion 4e which is pulled back to the ascending moving rod 4d, and the blade 4f moving backward cuts the molding tube 2b while the second insertion tube 4b ) Is closed.

The deceleration motor 5a is driven while the driving of the perforation motor 3a, the elevation motor 3e and the feed motor 4c is stopped under the control of the control unit 1c.

The center cam 5c and the drum cam 5d are rotated while the second gear 5b 'of the camshaft 5b is engaged with the first gear 5a' of the rotating deceleration motor 5a, Rotation.

The operator 5e is then guided along the outer surface of the center cam 5c and is sequentially guided out of the fitting groove 5c 'of the rotating central cam 5c so that the first and second links 5f And the actuating shaft 5h is rotated by the connecting rod 5h 'by the second link 5g which rotates together with the rotating bar 5h' ', As shown in Fig.

Here, the return spring 5h '' 'connected to the rotating bar 5h' 'is stretched.

Then, the guide pulley 5i connected to the rotation bar 5h '' and the wire W rotates around the shaft 5i ', and the guide pulley 5i and the connection rod 5j' The rotation bar 5j connected to the drum 5d rotates about the shaft 5i 'toward the elevation guide path 5d' of the drum cam 5d.

The guide pin 5k 'of the lower heater 5k having the molding tube 2b inserted therein is released from the release hole 4i' of the support plate 4i by the rotating rotary bar 5j.

The first rotary bar 51 'rotates in the same direction as the operation shaft 5h so that the guide pin 5k' is released from the release hole 4i 'of the support plate 4i, 5l are moved back along the guide hole 1a 'of the base plate 1a.

Here, the guide hole 1a 'of the base plate 1a is opened by the backing plate 51.

Further, the rotating member 5m rotates in the opposite direction by the second rotating bar 5m 'rotating in the same direction as the first rotating bar 5l'.

Then, the guide member 5n is advanced in the opposite direction to the reversing plate 51 by forward movement of the rotary member 5m, and the upper heater portion The guide hole 5o also advances along the guide hole 3b '' communicating with the through hole 3b 'of the press arm 3b.

The through holes 5o 'of the upper heater unit 5o are connected to the guide holes 1a' of the base plate 1a and the through holes 3b 'of the press arm 3b, And communicates with the working hole (11).

Of course, the through holes 5o 'of the upper heater portion 5o are also communicated to the holes 2a of the plurality of printed materials 2 stacked.

On the other hand, the actuating roller 5j 'provided on the rotary bar 5j is inserted into the elevating guide path 5d' of the drum cam 5d and guided upward, and at the same time, The guide roller 5j '' 'provided on the rotary bar 5j is also guided along the guide rails 5d' ''.

The guide pins 5k 'of the lower heater 5k are successively inserted into the guide holes 1a' of the base plate 1a and the working holes 11 of the movable table device 100, The through hole 5o 'of the upper heater portion 5o and the through hole 3b' of the press arm 3b.

The molding tube 2b sandwiched between the guide pins 5k 'of the lower heater part 5k is inserted into the holes 2a of the stacked printed materials 2 and the through holes of the upper heater part 5o 5o ').

The lower heater portion 5k is further guided upward by the actuating roller 5j 'which is guided further by the elevating guide path 5d' of the drum cam 5d and the upper portion of the molding tube 2b is guided upward The lower portion of the molding tube 2b is pressed by the lower heater portion 5k which is further supported while being supported by the through hole 5o 'of the heater portion 5o.

At this time, the upper and lower portions of the molding tube 2b are heated and molded in the upper and lower heater portions 5o and 5k.

Thus, the upper and lower portions of the molding tube 2b are heat-molded to form the expanded portion 2b ', and the plurality of stacked printed materials 2 are bundled.

Next, the guide roller 5j '' 'is guided downward to the guide plate 5d' '' while the actuating roller 5j 'is guided down to the elevating guide path 5d' of the drum cam 5d, The operator 5e is guided along the outer surface of the center cam 5c and is fitted into the fitting groove 5c '.

Here, the guide pin 5k 'of the lower heater portion 5k also descends while the rotary bar 5j is guided downward to the shaft 5i'.

On the other hand, before the operator 5e is fitted into the fitting groove 5c 'of the center cam 5c, the operating roller 6e provided on the rotating bar 6d is guided to the upper surface of the drum cam 5d, And is guided upward by the inclined projection 5d ''.

When the rotation bar 6d is rotated, the operation rod 6b connected to the rotation bar 6d is lowered and the engagement head 6b 'of the operation rod 6b is moved to the fixed bar 6a So that the fixing bar 6a rotates downward from the bracket 1a '' of the base plate 1a.

The fixing bar 6a is supported on the support 6c 'so as to be horizontal and compresses the compression spring 6c so that the stopper 6a' is inserted into the retaining hole 6a ' The rod 3b '' 'is lifted by the elasticity of the compression spring 3f' which has been compressed by the press arm 3b while being released from the fixing bar 6a.

Here, the upper heater portion 5o in the guide hole 3b '' of the press arm 3b is also raised through the guide member 5n.

The movable bar 4h connected to the press arm 3b by the wire W is lowered while the return spring 4j connected to the support plate 4i returns to the original state.

After the operation roller 6e passes through the inclined projection 5d '', the rotation bar 6d is rotated while the operation rod 6b connected to the rotation bar 6d is moved upward So that the latching head 6b 'of the working rod 6b is no longer caught by the fixing bar 6a.

Then, the fixing bar 6a is rotated upward in the bracket 1a '' of the base plate 1a by the elasticity of the compressed compression spring 6c, and is fixed by the compression spring 6c The bar 6a is maintained to be inclinedly rotated in the bracket 1a '' of the base plate 1a.

Here, the stop bar 3b '' 'of the press arm 3b is loosely fitted back into the retaining hole 6a' of the tilting fixed bar 6a.

When the operator 5e is fitted into the fitting groove 5c 'of the center cam 5c, the control of the control section 1c stops the operation of the deceleration motor 5a.

In addition, the first and second links 5f and 5g sequentially rotate to return to the original state, and the connecting rod 5h 'rotates together with the rotating bar 5h' 'by the rotating second link 5g. So that the operating shaft 5h rotates in the same direction as the rotating bar 5h ''.

The guide pulley 5i connected to the rotary bar 5h 'and the wire W is rotated backward around the shaft 5i' and the guide pulley 5i and the connecting rod 5j ' 'Are rotated toward the support plate 4i about the shaft 5i'.

Here, the return spring 5h '' 'connected to the extended rotation bar 5h' 'is returned to the circular state and the rotation bar 5j connected to the guide pulley 5i and the connection rod 5j' (5i ') toward the support plate (4i).

The guide pin 5k 'of the lower heater part 5k is inserted into the release hole 4i' of the support plate 4i by the rotating rotary bar 5j.

The first rotary bar 51 'rotates in the same direction as the operation shaft 5h so that the guide pin 5k' is inserted into the release hole 4i 'of the support plate 4i, Is advanced along the guide hole 1a 'of the base plate 1a.

Here, the guide hole 1a 'of the base plate 1a is closed by the blocking plate 51 which advances.

The rotating member 5m is rotated in the opposite direction by the second rotating bar 5m 'rotating in the same direction as the first rotating bar 5l'.

The guide member 5n provided on the rotary member 5m is then moved backward in the opposite direction to the advancing plate 51 and the upper heater 5o moves in conjunction with the guide member 5n, Is also moved backward along the guide hole 3b '' communicating with the through hole 3b 'of the press arm 3b.

Therefore, the printed material perforating means 3, the molding tube cutting means 4, the molding tube feeding and molding means 5, and the press arm fixing means 6 of the bookbinding perforator 1 are returned to the original state I will go.

The control unit 1c of the booklet perforator 1 may be configured so that the second or more perforations and bookbinding operations of the bookbinding perforator 1 are performed at predetermined intervals on the plurality of stacked printed materials 2, The table device 100 is controlled again.

Here, the encoder 21 measures the rotation of the rotary shaft 21b, that is, the rotation of the rotary plate 21c 'provided on the rotary shaft 21b with the detection sensor 21c' ', .

The control unit 1c rotates the rotary shaft 21b of the driving motor 21 based on the measurement information to make the moving tool 23 precisely so as to perform the second or more perforation and bookbinding operations of the bookbinding perforator 1, .

That is, a plurality of printed materials 2 stacked without manual operation are automatically bundled in a book form through the bookbinding perforator 1 and the mobile table apparatus 100.

Then, when the perforating and bookbinding operations are completed, the fixing member 27 is released from the fixing of the pressing member 27.

Then, the urging member 27 is lifted together with the fixing member 28 by the elasticity of the compressed second elastic spring 29, so that the pressurization of the upper surface of the plurality of stacked printed matters 2 is released do.

Even if the urging member 27 rapidly moves due to the elasticity of the compressed second elastic spring 29, the second releasing preventing portion 26a of the guide rod 26 is engaged with the third engaging hole The pressing member 27 and the fixing member 28 are prevented from being detached from the guide rod 26. As a result,

Then, a plurality of printed matter 2 in the form of a book is pulled out from the movable table apparatus 100 of the present invention.

Meanwhile, a plurality of position sensors 23c provided inside the housing 20 during the perforation and bookbinding operation of the bookbinding perforator 1 measure positions when the fixing pins 23b provided on the moving tool 23 pass And transmits the measurement information to the control unit 1c.

When the perforation and bookbinding operation of the bookbinding perforator 1 is completed, the controller 1c determines the final position of the fixing pin 23b, that is, the final position of the moving tool 23, based on the measurement information measured last do.

That is, the control unit 1c is provided between the left position sensor 23c and the center position sensor 23c or between the right position sensor 23c and the center position sensor 23c or between the left position sensor 23c and the center position sensor 23c, The position information of the sensor 23c or the position of the fixing pin 23b finally positioned in the right position sensor 23c is stored.

When the perforation and bookbinding operation of the bookbinding perforator 1 is started or initialized, the control unit 1c controls the moving unit 23 to be positioned at the center position sensor 23c based on the final position information of the fixing pin 23b .

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but, on the contrary, Various changes and modifications may be made by those skilled in the art.

1: Binding perforator 2: Printed matter
2a: hole 2b: molding tube
3: Print drilling means 4: Molding tube cutting means
5: Molding tube feeding and forming means 6: Pressing arm fixing means
10: Work plate 11: Operation hole
12: first fastening end 13: second fastening end
20: housing 20a: moving hole
20b: insertion space 21: drive motor
21a: first gear 21b:
21c: Encoder 22: Screw shaft
22a: second gear 23:
23a: Guide hole 23b: Fixing pin
23c: position sensor 24: table
24a: fixed base 25: guide shaft
26: guide rod 26a: second departure prevention portion
27: pressing member 27a: guide hole
27b: first latching hole 27c: second latching hole
27d: pressing portion 28: fixing member
28a: Fixing plate 28a ': Third engaging hole
28a '': first fastening hole 28a ''': second fastening hole
28a '''': bent portion 28b: fastener
28b ': first departure preventing portion 28c: first elastic spring
29: second elastic spring 100: movable table device

Claims (13)

The bookbinding perforator 1 is provided on the base plate 1a and the lower body 1b of the bookbinding perforator 1 and is controlled by the control unit 1c of the bookbinding perforator 1 to form the bookbinding perforator 1 The present invention relates to a movable table apparatus for assisting in perforating and bookbinding operations,
A work plate 10 and a housing 20 installed on the base plate 1a and the lower body 1b of the bookbinding perforator 1,
The work plate 10 is formed with an operation hole 11 through which a perforation and a bookbinding operation of the bookbinding perforator 1 are performed and one side of a plurality of printed materials 2 stacked on both sides of the operation hole 11 is in close contact The first contact end (12)
A driving motor 21 controlled by a control unit 1c of the bookbinding perforator 1 and having a first gear 21a provided on a rotary shaft 21b and a second motor 21b connected to the first gear 21a, A screw shaft 22 provided with a second gear 22a rotatably engaged with the screw shaft 22 and a moving tool 23 moving along the screw shaft 22 by the rotation of the screw shaft 22,
A moving hole 20a through which the moving tool 23 can move is formed on the outer surface of the housing 20,
A table 24 provided with a fixing table 24a for fixing one side surface of a plurality of printed materials 2 stacked and both side surfaces adjacent to each other,
On the outer surface of the table 24, guide rods 26 are provided on both sides of the fixing table 24a,
The guide rods 26 are provided with a pressing member 27 which is guided by the guide rods 26 so as to be raised and lowered and which presses and fixes the upper surface of a plurality of printed materials 2 stacked on the table 24,
The guide rod 26 and the pressing member 27 are provided with a fixing member 28 for fixing and releasing the pressing member 27 to and from the guide rod 26,
The pressing member 27 is formed with guide holes 27a which are guided by the guide rods 26 and the first and second retaining holes 27b and 27c are formed in the periphery of the guide hole 27a ,
The fixing member 28 is formed on one side with a third locking hole 28a 'which is guided by the guide rod 26 or is tilted in one direction and is connected to the first and second locking holes 27b and 27c The first and second fastening holes 28a '' and 28a '''are formed on the opposite sides of the first and second fastening holes 28a' and 28a ''' , A fixed plate 28a formed by bending the bent portion 28a "''
One side is fastened to the first and second fastening holes 28a '' and 28a '''of the fixing plate 28a and the first and second fastening holes 27b and 27c of the pressing member 27 are fastened to one side (28b ') which is provided on one side of the first and second latching holes (27b) and (27c) to prevent the first and second latching holes (27b) and (27c)
When the fixing plate 28a is tilted in one direction in a state in which the upper surface of the plurality of printed matters 2 stacked on the table 24 is pressed by the pressing member 27,
The fixture 28b fastened to the fixing plate 28a is tilted in one direction to be caught and engaged with the first and second retaining holes 27b and 27c so that the first release preventing portion 28b ' And the third engaging hole 28a 'of the fixing plate 28a, which is inclined in one direction, is engaged with the guide rod 26,
Wherein the pressing member (27) is fixed to the guide rod (26) by a fixing member (28). The method according to claim 1,
A guide shaft 25 is provided inside the housing 20,
And a guide hole (23a) guided by a guide shaft (25) is formed in the moving tool (23). The method according to claim 1,
Wherein an insertion space (20b) for inserting the base plate (1a) and the lower body (1b) of the bookbinding perforator (1) is formed on the outer surface of the housing (20). The method according to claim 1,
Characterized in that a second contact end (13) which is in close contact with both sides of the base plate (1a) of the bookbinding perforator (1) is protruded from both sides of the operation hole (11) Table apparatus. The method according to claim 1,
Wherein the first and second gears (21a, 22a) are bevel gears.
delete delete The method according to claim 1,
The fixing member 28 is fixed to the fixture 28b between the second engaging hole 27c and the second engaging hole 28a '''located at the farthest position from the guide hole 27a and the third engaging hole 28a' And a first elastic spring (28c) installed on the movable table device. The method according to claim 1,
A second elastic spring 29 is provided on the guide rod 26 between the table 24 and the pressing member 27,
And the guide bar (26) forms a second separation preventing portion (26a) around which the third retaining hole (28a ') is caught to prevent the fixing plate (28a) from being detached. Device. The method according to claim 1,
Wherein the pressing member (27) is formed in a shape similar to a plate. The method according to claim 1,
Wherein a pressing portion (27d) for pressing an upper surface of a plurality of printed matters (2) stacked on a table (24) is protruded and formed at the center of the pressing member (27). The method according to claim 1,
Wherein the housing (20) is provided with an encoder (21c) for measuring the rotation of the rotating shaft (21b) and transmitting the measurement information to the control section (1c). The method according to claim 1,
A fixing pin (23b) is provided on the outer surface of the moving tool (23)
In the housing 20, a position sensor 23c for measuring the position of the fixing pin 23b moved by the moving tool 23 and transmitting the measuring information to the control section 1c is provided at a predetermined interval Wherein the apparatus is installed on the table.

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