KR100918510B1 - Automated one system binder - Google Patents

Abstract

The present invention relates to a bookbinding machine that can be bound in the form of a book by using a twin spring, such as a calendar, a notebook, etc. More specifically, the inlay and the cover paper (cover) of the bookbinding object to be bound in the form of a bookbinding with a twin spring Supplying the inlay and the cover paper in the box, laminating the cover paper on one side of the inlay, inserting the twin spring, pressing and binding the twin spring, pushing the bound bookbinding material to the discharge cylinder By automating a series of bookbinding process consisting of a step, the automated one-system bookbinding machine to improve the productivity, convenience of management and product quality.

Bookbinding machine, twin spring, feeder, pressurizer, transfer chain, chain belt, chain gear

Description

Automated one system bookbinding machine {AUTOMATED ONE SYSTEM BINDER}

The present invention relates to a bookbinding machine which can be bound using a twin spring, such as a calendar, a notebook, etc. More specifically, the inlay and the cover paper binding in the form of a booklet binding in the twin spring supplying the inlay and cover paper, Productivity and convenience of product management are improved by automating a series of bookbinding systems including laminating cover paper on one side of the inlay, inserting twin springs, pressing and fastening twin springs, and transferring the bound object to the transfer conveyor. The present invention relates to an automated one-system binding machine for improving the quality.

Conventionally, in order to bind a variety of recording papers, notes and books or calendars, one end is attached with an adhesive, and the sheets composed of sheets are bonded to each other,

Although a method of stitching a book or various recording papers by stitching as a yarn has been mainly used, in this case, a lot of time is used for binding, and there is a problem in that the binding portion must be wrapped with a separate strip or tape.

Recently, a bookbinding method using a metal or synthetic resin spring made of a single ring or a twin ring has been widely used. That is, in order to bind notes, calendars, etc. in booklet form, a plurality of fastening holes are drilled in the bookbinding part and the springs of the single ring or the twin ring are fitted thereto so that the sheets of the notebook are fastened by the springs of the single or twin. Binding method. Notes created in this way are called spring notes

do. At this time, the single ring has a disadvantage that the spring fastening process is difficult, and the spring is slightly obliquely fastened because the ring to be fitted in each fastening hole is inserted in a state in which all of the rings are connected in a row. Twin rings, on the other hand, have two rows of springs fitted into each fastener,

Since the ring is inserted into the fastening hole in the open state and compressed, the fastening process is relatively easy, and the spring is fastened smoothly.

By the way, the conventional twin ring fastening device is composed of a lower structure in which an electric motor and a driving cylinder, etc. are installed, and a note support table and a spring supply table separately installed on the lower structure. At this time, a pair of clamps are installed on the note support table, and the clamp is configured to hold the note while moving up and down, and the clamp is twin-ringed on the spring fastening hole while reciprocating toward the spring supply table together with the note support table. It is configured to fasten.

In the case of the conventional twin ring fastening device, a person must not only put a note on the note support table, but also after the twin ring is fastened, another person has to repeatedly remove the note from the note support table. There was a feeling. That is, since the clamps are provided on both sides of the note support table, there is a structural problem that it is impossible to install a device for automatically discharging the note with the twin ring.

In addition, the bookbinding apparatus of the previously registered patent registration No. 636254, "power supply means; A first body operated by the power supply means and having a first conveying means for conveying a plurality of bookbinding papers, and a separating device for separating the bookbinding papers delivered by the first conveying means into a predetermined amount; A punching device for punching the separated binding papers,

A laminating device for joining the punched bookbinding paper and the label, a second conveying means for conveying the spring binding device to couple the spring to the combined bookbinding paper, and a spring on the bookbinding paper conveyed by the second conveying means. A spring coupling device for coupling a spring, a spring supply device for supplying a spring in the spring coupling device, a cutting device for cutting the spring coupled to the bookbinding paper, and a control unit for controlling the devices. Patent registration No. 636254 consists of a organizer for arranging the inlay and the bookbinding cover in a separate lamination device in a row and a cover combining portion for combining the cover placed on the organizer, but such a configuration has the same inlay and cover. In case of size, there is no problem in combining, but in case of book-type calendar which is stored on the desk Even though the size of the cover and the cover (cover) are different from each other, the position of each other is adjusted by the setting value of the control unit. In the case of the lamination device, although it must be made in a continuous manner, it takes time to organize and transfer to the arranging part, the joining part, the guide plate, the backflow prevention roller, the pushing plate equipped with a cylinder, and the like for laminating the inlay and the sign. There is a problem that the efficiency is lowered because it is not made, and Patent Registration No. 636254 is a spring coupling device and the spring cutting device is driven by one belt, even if there is a tension control pulley, the error caused by tension occurs when using the spring coupling Partially flawed failure occurs without uniform compression There is a problem.

In addition, the twin ring automatic fastening device of Utility Model Registration No. 402190, which was selected and elected, has a ring supply table for transporting to a fixed position by a transfer motor, and a pair of clamps are installed on the lower structure to hold the spring notes while moving up and down. A note support table having a moving table which moves to the supply table side and is repositioned, and a twin ring which is fixed at one end to the front end of the ring supply table and the other side is moved by a driving cylinder to the fastening hole of the spring note It consists of a ring crimping member and a note ejecting conveyor for discharging the spring note fastened to the twin ring to the outside by the electric motor. The means for combining the light is made separately, especially in order to fasten the spring to the note There was a problem that the efficiency of the work fell by supplying one by one.

The present invention is to solve such a problem, in the binding of the inlay and the cover paper (cover) of the bookbinding object to be bound in the form of a book with a twin spring supplying the inlay and cover paper, the cover paper lamination step on one side of the inlay, twin Automated series of bookbinding processes consisting of spring fitting step, twin spring crimping step, and conveying the bound object to the conveying conveyor for the purpose of improving productivity, management convenience and product quality It is related with one system bookbinding machine.

The present invention includes an inlay supplying unit and a cover sheet supplying unit provided to supply the inlay and the cover of the object to be bound on one side of the body with a plurality of transfer chains for binding the calendar, notes, books, etc .; A first position sensor and a cover paper supply sensor for detecting a position of the inlay and the cover paper of the bookbinding object; A twin spring supply driver for supplying a bookbinding object conveyed by the conveying chain so that the twin spring is fitted into the hole drilled by the position detection of the second position sensor; An introduction guide for supporting the twin spring supplied from the twin spring supply driver to be fitted into the perforated through hole of the bookbinding object; A twin spring rotation guide made of a torsion so as to press and bind the twin spring inserted into the through-hole of the object to be bound; A twin spring pressurizing unit configured to press the twin spring to bind the bookbinding object moved by a plurality of transfer chains and stop the bookbinding position by the detection of the third position sensor; A discharge cylinder and a conveying conveyor for pushing and transferring the bookbinding object press-bound in the twin-spring pressing unit to be discharged to one side; It is installed in the upper center portion of the body by configuring a bookbinding machine with a control unit electrically connected to the circuit to control each drive unit,

Automated one-system bookbinding machine to improve the convenience of work, increase of production, ease of management, and product quality by automating the bookbinding machine by making inlay and cover paper continuously from supply to bookbinding when binding. It would be to provide.

 In this way, in the binding of the bookbinding object with the twin spring, the bookbinding productivity is improved by performing the series of processes of discharging the bookbinding object through the conveying conveyor by binding the inlay and the cover paper to the twin spring. It has the effect of increasing the efficiency of work by increasing, simplifying the management of bookbinding operations, improving the quality of products, and minimizing the defective rate of products during the work.

Hereinafter, an embodiment of the present invention will be described in detail.

In the bookbinding machine that can bind calendars, notes, books, etc. with twin springs,

An inlay supply portion 4 and a cover portion supply portion 5 provided to supply an inlay and a cover portion of the bookbinding object to one side of the body 2 on which the plurality of transfer chains 3 are installed;

A first position sensor 11 and a stop sensor 10 for detecting a position of the inlay and the cover of the bookbinding object to be laminated;

A twin spring supply driver 16 for supplying the bookbinding object 60 conveyed by the conveying chain 3 so that the twin spring 15 is fitted into the hole drilled by the position detection of the second position sensor 12;

An inlet guide 28 for supporting the twin spring 15 supplied from the twin spring supply driver 16 to be fitted into the perforated through-hole of the bookbinding object;

A spring rotation guide 29 made of a torsion so as to press and bind the twin spring inserted into the through-hole of the object to be bound;

The spring presser 30, which allows the bookbinding object 60 moved by the plurality of transfer chains 3 to stop at the bookbinding position by the detection of the third position sensor 13 and pressurizes the twin spring to bind the book. Wow;

A discharge cylinder 36 and a conveying conveyor 37 for pushing and transferring the bookbinding product 60 'pressed by the spring pressurizing portion 30 to be discharged to one side;

The bookbinding machine 1 is composed of a control unit 38 connected to a circuit and electrically installed at the upper center portion of the body to control each driving unit.

The cover paper supply unit is composed of a plurality of cover paper supply chains 7 driven by the driving motor 6 and installed so that two cover paper discharge guide pieces 9 are circulated at the intermediate point of the cover paper supply chain 7. And a cover outlet 8 is formed at one side, and a stop sensor 10 capable of controlling the discharge guide piece 9 on the back side of the cover supply unit and controlling the position so that the inlay can be laminated with the cover. The first position sensor 11 is installed.

 The twin spring supply drive part is provided with a spring guide rod 17 on one side and first and second chain gears 18 and 19 on one surface thereof to transfer the chain belt 20 for conveying the twin spring 15. It is rotated, the chain tension spring 21 is installed on the bottom of the first chain gear 18, the bottom of the second chain gear 19 is provided with a gap adjusting bolt 23 and the clearance guide rod 24 The clearance adjustment part 22 is formed and the twin spring supply guide 26 in which the proximity sensor 25 is installed in one side of the clearance adjustment part 22 is comprised.

The twin spring pressurizing unit installs the eccentric cam 32 and the connecting rod 33 to the pressurizing motor 31 and connects the pressure bar 34 to one end of the connecting rod 33 so as to be inserted into the through hole of the object to be bound. ) Is configured to be bound by pressing.

The body 2 of the bookbinding apparatus 1 has a play piece 4, an inlet guide 28, and a spring adjusting part 39 ', 40', 41 'at the top thereof so as to correspond to the spring presser 30. It is characterized in that the first, second, third height adjustment (39, 40, 41) is configured to have.

The twin spring supply drive unit is characterized in that the twin spring 15 cutting device 27 is installed on the bottom surface of the spring guide rod (17).

An electric connector 42 is installed at one side of the front of the bookbinding body to be electrically connected to a twin spring supply device 50 installed at one side.

The present invention configured as described above will be described in detail with reference to the accompanying drawings.

1 is a perspective view showing the overall configuration of the bookbinding machine according to the present invention, wherein the body 2 constituting the bookbinding machine 1 has a rectangular shape and an inclined surface is formed in a shape in which the top and front edges are faced, and the bookbinding is formed on the inclined surface thereof. Required components are installed.

As described above, the inclined surfaces are formed at the corners of the rectangle to install the respective components so that the operator can work on the comfortable defibrillation as well as to secure the view comfortably in visual observation.

In the bookbinding machine 1 of the present invention, a transfer chain 3 is installed in two rows of upper and lower rows so that the binding object 60 formed of an inlay and a cover is moved from the left side to the right side.

The transfer chain (3) is installed so as to be rotated by a chain gear installed in the bookbinding machine (1) body (2), the transfer chain and means for driving the transfer chain using a conventional technical configuration as a transfer chain ( The configuration according to the driving of 3) is omitted.

 The bookbinding machine 1 of the present invention as described above has an inlay supply unit 4 having a pedestal 4 'from the left side, a cover supply unit 5 for supplying the cover sheet to the upper portion of the inlay, and a bookbinding made of an inlay and a cover sheet. Twin spring supply drive unit 16 for supplying twin springs 15 for binding the object 60 to twin springs 15, and retraction guide for supporting the twin springs 15 to be fitted into the through holes which are the perforations of the object to be bound. (28), the spring rotation guide 29 for rotating the position to press the twin spring 15 fitted in the inlet guide 28, the twin of the bookbinding object conveyed by the transfer chain (3) in the spring rotation guide A spring presser 30 for pressurizing and binding the spring 15, a discharge cylinder 36 for changing the position of the bookbinding material bound by the spring presser 30 to the transfer conveyor 37, and the discharge cylinder 36 Booklet discharged from) (60 ') It consists of a conveying conveyor 37 for conveying.

In addition, a plurality of " ┘ " shaped pieces 3 'are installed in the transfer chain 3 so that the bookbinding object of the present invention can be transferred by the transfer chain 3, and the inlay, the inlay and the cover paper are stacked and laminated to the binding object ( 60).

The compact pieces 3 'are provided one by one on a vertical line of the transfer chain 3 installed in two rows in parallel.

 A binding object to which the conveying chain 3 is attached to one side of the body 2 is provided with a first position sensor 11, a second position sensor 12, and a third position sensor 13 supported by the mill 3 ′. The first position sensor 11 is to control the position of the pressing piece of the transfer chain so that the inlay and the cover paper supplied from the inlay supply unit 4 and the cover paper supply unit 5 can be moved by overlapping, The second position sensor 12 allows the binding object to be moved by the transfer chain 3 to interrupt the position of the inlet guide 28 coupled with the twin spring 15, and the third position sensor 13 pressurizes the spring. The section 30 controls the position so that the bookbinding object can be bound.

In addition, the first, second, second height adjusters (39), (40), (41) is installed on the upper portion of the transfer chain is installed, the first height adjuster (39) guides the movement of the inlay, and the second The height adjuster 40 guides the twin spring 15 to the bookbinding object so that the twin spring 15 can move laterally without being moved up and down, and the third height adjuster 13 pressurizes the twin spring coupled to the bookbinding object. The bookbinding object is prevented from rising upward and guided to one side.

"형으로 위치하여 높이보다 가로가 길은 형상이나 스프링 가압부(30)의 가압바(34)로 눌러 제본하면 "

"형의 원형으로 형성되어 높이가 커지므로 제본물은 트윈 스프링이 가압되는 동시에 상부로 상승되므로 이를 제3 높이조절대(41)가 유동되지 않도록 일측으로 안내하여 이송되도록 한다.When the twin spring 15 is fitted to the bookbinding object,

"Long in shape and horizontally longer than the height, or press the binding bar 34 of the spring pressing portion 30 to bind the"

"Because it is formed in a circular shape, the height is increased, so that the bookbinding product is pushed up at the same time as the twin spring is pressurized so that it is guided to one side so that the third height adjuster 41 does not flow.

In addition, each of the first, second, and third height adjusters 39, 40, and 41 has a clearance adjusting piece 39 ', 40', 41 'formed at the upper center thereof to correspond to the vertical clearance. Is installed. The clearance adjusting pieces 39 ', 40', 41 'is a long hole is formed to compensate for the distance between the first, second, third height adjusters 39, 40, 41 are vertically spaced Can be.

Various input / output signals and respective sensor signal values for driving the bookbinding machine of the present invention driven as described above may be set and controlled in a circuit, and the control signals thereof may be controlled by a control unit installed at the top center of the body 2. 38).

2 is an extract showing the inlay supply portion and the cover portion supply portion of the bookbinding machine according to the present invention

As a schematic diagram, an inlay supply portion 4 is formed on one side and a cover supply supply 5 formed of a separate panel is formed on one side adjacent to the inlay supply portion 4, but the cover supply supply portion is formed from the transfer chain 3 of the body. Installed to be spaced apart, a plurality of cover supply chains (7) driven by the drive motor (6) is installed and installed so that the two cover paper discharge guide pieces (9) circulated in the middle of the cover supply supply chain (7) The cover outlet port 8 is formed on one side so that only one cover is pushed by the discharge guide piece 9 so as to be laminated (stacked) on the inlay upper surface conveyed by the lower transfer chain.

In addition, a stop sensor 10 is installed on the back surface of the cover paper supply unit to control the driving of the cover paper discharge guide piece 9 so that the inlay and the cover paper can be laminated. The first position sensor 11 intermittently moves. That is, the setting value is set in advance so that the first position sensor 11 and the stop sensor 10 of the cover paper supply unit 5 cooperate with each other.

The cover paper supply unit is provided with shafts on both sides of the lower end, and three chain gears are formed on one side. Driven by.

Therefore, a plurality of cover sheets are stacked in the cover supply unit, and an inlay made of one volume is arranged in the inlay supply unit on one side, and is moved by a transfer chain to reach the first position sensor 11 when the first position sensor ( The drive motor 6 is driven by the detection of 11) to rotate the cover supply chain 7, and the discharge guide piece 9 installed on the cover supply chain pushes one cover sheet located at the bottom of the cover outlet outlet. It is raised on the upper inlay which is moved from the bottom through (8).

The discharge guide piece 9 installed on the cover paper supply chain is pushed out and then rotates continuously to stop at the cover paper feed sensor 14, and the other discharge guide piece 9 located on the cover paper feed sensor is simultaneously It is in a standby state so that it can move and push out the cover of the laminated bottom.

3 is an excerpt configuration showing the twin spring supply drive unit of the bookbinding machine according to the present invention, the twin spring supply drive unit 16 is a twin spring 15 is supplied from the twin spring supply device 50 on one side of the spring guide rod ( It is installed so as to fit in the 17), the first and second chain gear (18, 19) is installed on one side of the spring guide rod 17 is provided with a chain belt 20 for supplying a twin spring.

The chain belt 20 rotates to be circulated by the rotation of the first chain gear 18 and the second chain gear 19 and pushes the twin spring 15 fitted to the spring guide rod 17 when the chain belt 20 rotates. 28).

In addition, a chain tension spring 21 is installed at one side of the bottom surface of the first chain gear 18 to prevent the transfer chain from sagging during operation, and if necessary, the chain belt 20 can be easily detached from the first chain gear 18. You can do it.

At the bottom of the second chain gear 19, a clearance adjustment part 22 having a gap adjustment bolt 23 and a clearance guide rod 24 is formed to have a diameter of a twin spring fitted to the spring guide rod 17. The spacing can be adjusted to match. That is, since the diameter of the twin spring varies depending on the thickness of the object to be bound, the distance between the spring guide rod 17 and the chain belt 20 is adjusted using the gap adjusting bolt 23 of the clearance adjusting part 22. I can regulate it. In addition, a plurality of clearance guide rods 24 are installed on the outer circumferential surface of the clearance adjusting part 23 of the clearance adjustment part 22, so that the clearance between the spring guide rods 16 and the spring guide rod is fixed at regular intervals without shaking.

At this time, the distal end of the spring guide rod 17 and the inlet guide 28 installed adjacent to each other can also be configured to adjust the gap to correspond to the thickness of the binding object.

The clearance adjustment of the inlet guide 28 may adjust the height by adjusting the height by forming a bolt hole fixing the inlet guide to the long hole to adjust the interval in which the binding object is drawn.

In addition, a cutting device 27 is installed at one side of the bottom of the spring guide rod 17 of the twin spring supply driving unit 16 to cut the twin spring 15 fitted to the spring guide rod 17 so as to correspond to the binding length of the object to be bound. To help.

The cutting device may be supplied with air to instantly cut the twin spring.

In addition, a spring supply guide 26 is installed at one side of the second chain gear of the twin spring supply driving unit to guide the twin spring 15 drawn from the twin spring supply device 50 to the spring guide rod 17. .

Approach sensor 25 is installed in the twin spring guide 26 detects when the twin spring is spaced apart from the supply sensor and sends a signal so that the twin spring supply device is driven and fully supplied, and the twin spring is smoothly supplied. No signal is sent because it is in contact with the proximity sensor.

4 is a plan view of the twin spring supply drive unit of the bookbinding machine according to the present invention, wherein the twin spring supply drive unit is provided with a first chain gear and a second chain gear at both sides thereof, and is connected to the chain belt by a second chain gear ( 19) The chain belt 20 is rotated by driving the first and second chain gears 18 and 19 by a motor installed at one side of the clearance adjusting part 22 at the bottom.

The chain belt 20 connected to the first and second chain gears 18 and 19 rotates continuously in one direction and pushes the twin spring 15 fitted to the spring guide rod 17 toward the inlet guide 28. When configured to supply the material of the chain belt 20 may be formed of rubber or synthetic resin material.

Figure 5 is a twin spring guide rod extract configuration diagram according to the present invention to be supplied to the spring guide rod 17, the twin spring 15 is inserted into the guide guide 28, the spring is fitted to the spring guide rod 17 Is supplied from a twin spring feeder located on one side.

"형으로 위치가 변경된 다음 스프링 가압부(30)에 의해 가압되면서 원형스프링으로 결합된다. The spring guide rod has a supply guide 26 side installed higher than the inlet guide 28 side so that the spring guide rod 17 is inclined toward the inlet guide 28 so that the twin spring 15 slides and the inlet guide 28 It is smoothly supplied to the side is to be fitted in the through hole of the binding object (60). In addition, the twin spring 15 fitted to the bookbinding object is twisted while passing through the rotation guide 29 installed on one side of the inlet guide 28 is inserted into the "C" shape and then rotated "

The position is changed to the "shape" and then pressed by the spring pressing portion 30 is coupled to the circular spring.

6 is a configuration diagram showing a twin spring pressing unit of the bookbinding machine according to the present invention, the twin spring pressing unit 30 is installed on the shaft connected to the pressing motor 31, the eccentric cam 32 and the biasing cam again connecting rod It is connected to the 33, the connecting rod 33 is connected to the frame fixing the compression bar 34. Therefore, when the bookbinding product 60 'bound by the spring pressing part 30 on one side is moved by the transfer chain 3 and reaches the third position sensor 13, the pressure motor ( 31 is driven and the connecting rod 33 is pressed so that the pressing bar 34 of the spring pressing unit 30 presses the twin spring 15 in the process of converting the rotational movement of the eccentric cam 32 into a linear movement. do.

 7 is a front view of the twin spring pressing unit of the present invention, a third height adjusting unit 41 is installed on the upper bookbinding machine 1 body 2 of the spring pressing unit, and the spring pressing unit 30 and the third height adjusting unit ( The third position sensor 13 is installed between the 41).

The pressing bar 34 of the spring pressing unit 30 is a bolt hole connected to the frame for supporting the pressing bar is formed as a long hole to adjust the distance for pressing the twin spring 15 fitted to the binding object.

The bookbinding apparatus of the present invention configured as described above is a convenient system by automating the bookbinding machine by making a circle system (single system) consisting of calenders, notebooks, books, etc. with twin springs, inlay and cover paper continuously from supply to bookbinding. In other words, it is intended to increase production and ease of management.

1 is a perspective view showing the overall configuration of a bookbinding machine according to the present invention.

Figure 2 is an excerpt configuration showing the inlay supply portion and the cover paper supply portion of the bookbinding machine according to the present invention.

Figure 3 is an excerpt configuration showing a twin spring supply drive of the bookbinding machine according to the present invention.

Figure 4 is a plan view of the twin spring supply drive unit of the bookbinding machine according to the present invention.

Figure 5 is a twin spring guide rod extract configuration according to the present invention.

Figure 6 is a block diagram showing a twin spring pressing unit of the bookbinding machine according to the present invention.

Figure 7 is a front view of the twin spring pressing portion of the present invention.

<Description of the symbols for the main parts of the drawings>

1: Bookbinding machine 2: Body

3: Transfer chain 4: Inlay supply

5: Cover supply part 6: Drive motor

7: Supply chain 8: Cover outlet

9: Discharge Guide 10: Stop Sensor

11: first position sensor 12: second position sensor

13: 3rd position sensor

16: Twin spring supply drive 17: Spring guide rod

18: 1st Chain Gear 19: 2nd Chain Gear

20: chain belt 21: tension spring

22: clearance adjustment part 23: spacer bolt

24: play guide rod 25: access sensor

26: Twin spring supply guide 27: Cutting device

28: Entry guide 29: Spring rotation guide

30: spring presser 31: pressurized motor

32: eccentric cam 33: connecting rod

34: pressure bar 36: discharge cylinder

37: transfer conveyor 38: control unit

Claims (7)

delete An inlay supply portion 4 and a cover portion supply portion 5 provided to supply an inlay and a cover portion of the bookbinding object to one side of the body 2 on which the plurality of transfer chains 3 are installed; A first position sensor 11 and a stop sensor 10 for detecting a position of the inlay and the cover of the bookbinding object to be laminated; A twin spring supply driving unit 16 for supplying a bookbinding object conveyed by the conveying chain 3 so that the twin spring 15 is fitted into the hole drilled by the position sensing of the second position sensor 12; An inlet guide 28 for supporting the twin spring 15 supplied from the twin spring supply driver 16 to be fitted into the perforated through-hole of the bookbinding object; A spring rotation guide 29 made of a torsion so as to press and bind the twin spring inserted into the through-hole of the object to be bound; A spring pressing unit 30 capable of pressing and binding the twin springs after the bookbinding object moved by the plurality of transfer chains 3 stops at the bookbinding position by the detection of the third position sensor 13; A discharge cylinder 36 and a conveying conveyor 37 for pushing and transferring the bookbinding object press-bound in the spring pressing unit 30 to be discharged to one side; In the automated one-system bookbinding machine, characterized in that the control unit 38 is installed in the upper center portion of the body and electrically connected to the circuit to control each drive unit, The cover paper supply unit is composed of a plurality of cover paper supply chains 7 driven by the drive motor 6, and is installed such that two cover paper discharge guide pieces 9 are circulated at an intermediate point of the cover paper supply chain 7; A cover outlet port 8 is formed at one side, and a stop sensor 10 capable of controlling the discharge guide piece 9 at the back side of the cover supply unit, and an agent controlling the position so that the inlay can be laminated with the cover sheet. 1 automatic one-system bookbinding machine, characterized in that the position sensor (11) is installed. The method of claim 2, The twin spring supply drive unit is provided with a spring guide rod 17 on one side and first and second chain gears 18 and 19 on one surface thereof to rotate the chain belt 20 for conveying the twin spring 15. And a tension tension chain 21 is installed at the bottom of the first chain gear 18, and a clearance adjusting bolt 23 and a clearance guide rod 24 are provided at the bottom of the second chain gear 19. Automated one-system bookbinding machine, characterized in that the control unit 22 is formed and the twin spring supply guide 26 is installed on one side of the play control unit 22, the access sensor 25 is installed. delete The method of claim 2, The body 2 of the bookbinding machine 1 has a clearance adjusting piece 39 ', 40', 41 'at the top thereof so as to correspond to the inlay supply part 4, the retraction guide 28, and the spring pressing part 30 on the front surface. Automated original system bookbinding machine, characterized in that the first, second, third height adjustment (39) (40) (41) is configured. delete delete

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