WO2017159944A1

WO2017159944A1 - Wiring bookbinding device

Info

Publication number: WO2017159944A1
Application number: PCT/KR2016/011459
Authority: WO
Inventors: 박종태
Original assignee: 박종태
Priority date: 2016-03-15
Filing date: 2016-10-13
Publication date: 2017-09-21
Also published as: KR101635721B1

Abstract

A wiring bookbinding device is disclosed. The present invention relates to a wiring bookbinding device, in which a bookbinding object forms a naturally aligned state by its weight, so as to increase productivity and mass productivity according to automation. Particularly, for a thick bookbinding object or for a bookbinding object having different sizes of cover sheets and inner sheets, a wiring is spirally coupled in a state, in which each of the binding holes of individual sheets is aligned and supported so as to have a curvature corresponding to the curvature of the wiring, such that accurate and stable binding is enabled, thereby increasing bookbinding quality and enhancing bookbinding expandability for bookbinding objects having various thicknesses and shapes.

Description

Wiring Booklet Maker

The present invention relates to a wiring binding device for processing a binding hole which is a binding hole in a binding material consisting of a notebook, a calendar, or various printed matters, and binding a wire to the binding hole, and more specifically, a binding through a simple structure change. The present invention relates to a wiring bookbinding apparatus that enables bookbinding without limiting the thickness of water, and also enables accurate and stable bookbinding even if the cover and the sheet are different in size.

In general, bookbinding refers to a process of making printed sheets of printed sheets of paper in order, covering, and convenient for reading and storing them. When binding books, they are called bookbinding. After cutting, the hard cover binding, which is a method of bonding a separately made thick cover to a bundle, and the same way as the or cover, but the cover is attached to a book, etc. It is divided into saddle stitching, which is easy and suitable for mass printing or mass binding, and saddle stitching by binding the middle of the binding with wire or thread.

Among these binding methods, the saddle stitching method for binding of booklets such as notes, calendars, thin magazines, pamphlets, brochures, etc. is roughly classified into a wiring method using a metal steel wire and a plastic ring method of a synthetic resin, depending on the material. The wiring method has the advantage of providing a solid binding force compared to the plastic ring method made of synthetic resin, but has the disadvantage of being vulnerable to deformation by external force.

In addition, the saddle stitching method is roughly classified into a one-ring type having a large spiral spring shape and a twin-ring method which is fixedly engaged at the top and bottom of the bookbinding hole formed in the bookbinding material, and the one-ring type has a structure compared to the twiring type. It has been widely applied due to its simplicity and simple configuration of a device for bookbinding, and in particular because it does not significantly increase the weight of the booklet.

Meanwhile, in the conventional one-ring type binding method, a plurality of perforations for the bookbinding material are formed using a punching machine to form a bookbinding hole, and a metal wire is formed into a spring shape using a bending machine, and then one side of the bookbinding hole of the bookbinding material is formed. By using the fastening method while artificially rotating and moving through the plurality of bookbinding holes to be inserted into the sequential insertion, the productivity was low and there was a need for the operator's skill.

The prior art has a spring binding material conveying apparatus disclosed in the Republic of Korea Utility Model Registration No. 20-0471557, the claim 1 in the bookbinding material placed on the loading plate of the bookbinding machine to punch the hole to punch the hole and then the spring coupling from the punching part The bookbinding material conveying device of the linear (linear) motion type which moves the bookbinding to the spring, and then moves the bookbinding finished after the bookbinding to the discharged position and returns to the initial position, the loading plate, the punching part, the spring coupling part and the discharge A fixing bracket fixed to the support of the bookbinding machine to provide a moving distance leading to the position; A guide rail fixed to the vertical portion of the fixing bracket and a guide block coupled to the guide rail; A tong part comprising a support member fixed to the guide block, a lower clamp coupled to the support member, and an upper clamp coupled to the lower clamp; And a drive motor fixed to one side of the horizontal part of the fixed bracket, a drive gear fixed to the drive shaft of the drive motor, and a slave gear fixed to the other side of the fixed part of the fixed bracket so as to linearly move the tongs. Disclosed is a configuration including a power transmission portion consisting of a gear belt fixed to a support member of the tong portion while rotating in engagement with.

Known spring-type wiring binding device, including the spring binding device according to the prior art, the position of the binding hole punched in the bookbinding automatically according to the stacking plate is placed horizontally placed There is a disadvantage that it is difficult to match, and in the past, the binding of the bookbinding by the operator by hand and hitting the floor is repeatedly arranged, which causes frequent damage to the bookbinding process, and also produces unaligned binding sheets. Due to this, the wiring did not enter the booklet hole correctly or the booklet was torn and damaged.

In addition, when the thickness of the bookbinding material is thick, there is a problem that binding is possible only for a relatively thin bookbinding material because the spring having an annular curvature does not accurately enter and pass through the booklet hole penetrated vertically. .

In addition, when the size of the cover and the cover constituting the bookbinding material is different, for example, when the size of the cover is thicker and larger than the cover, the spring is inserted in the state where the booklet hole and the booklet hole of the cover are exactly matched. However, since the conventional device cannot be automated, it has to rely on manual labor, which leads to a problem of low productivity and mass productivity.

The present invention has been created to solve the problems of the prior art as described above, the object of the present invention is to make the bookbinding naturally aligned by its own weight through a simple structural change to increase the productivity and mass productivity according to automation It is an object of the present invention to provide a wiring bookbinding apparatus.

It is another object of the present invention that the wiring is helixed in a state where the sheet binding holes are aligned and supported such that each sheet binding hole has a curvature corresponding to the curvature of the wiring, even for a thick bookbinding or a bookbinding having a different size from the label. The present invention provides a wiring bookbinding apparatus which enables accurate and stable bookbinding by binding to increase bookbinding quality and increase bookbinding expandability for bookbinding materials having various thicknesses and shapes. The objects of the present invention are not limited to the above-mentioned objects, and other objects which are not mentioned will be clearly understood by those skilled in the art from the following description.

Wiring binding device according to a preferred embodiment of the present invention for realizing the above object is supplied by the spiral rotation of the wiring having a spring shape to guide the spiral fastening to the plurality of binding holes formed in the binding book Wiring fastening portion for supporting the pressure by the drive source; It is installed on one side of the wiring fastening part and the hook-shaped hook element for passing through the binding hole of the bookbinding material to be supported to have the curvature and the rotating element to selectively rotate the hook element to separate from the binding hole Curvature alignment portion made; It is provided on the lower side of the curvature alignment unit is fixed by pressing one end of the bookbinding aligned curvature and comprises a loading conveying portion for moving linearly to the wiring fastening side after the hook element is separated from the bookbinding It is done.

As a preferable feature of the invention, the curvature alignment portion, the guide rod rotatably provided with an element of the length member provided in a tubular shape; 2 to 5 protruding to the front of the rotary guide rod to align the hook pin having a hook shape so that the end portion has an upward curvature; A rack gear integrally provided at the end of the piston and a cylinder which forwards or retracts the piston by selectively rotating the rotary guide rod, and rotates in association with the rack gear to rotate at one end of the rotary guide rod. It consists of the alignment drive part which consists of a pinion gear provided.

As another preferable feature of the present invention, the stack transfer unit, the vertical stacking plate provided in the shape of a plate to support the back of the binding material suspended in the curvature alignment portion; A tongs clamp provided on the lower side of the vertical stacking plate to rotate to the front surface of the vertical stacking plate by a driving force to pressurize and support the front surface of the bookbinding material; A clamp driver for rotating the clamp clamp; The vertical mounting plate and the clamp clamp is mounted to a conveying drive unit for transferring to the wiring fastening side.

As another preferred feature of the present invention, the curvature alignment unit is axially connected to the pinion gear and the eccentric rotation guide plate to rotate in response to the rotational force received; It is composed of a rotating guide rod that is eccentrically connected to the eccentric rotation guide plate is rotated integrally.

In the wiring binding device according to the present invention, the binding of the bookbinding is naturally arranged neatly by its own weight, so that the wiring binding operation can be performed at the correct position. The work delay can be eliminated, so a useful effect of improving bookbinding quality and productivity is expected. In particular, the alignment hook pins provided on the guide rods having a predetermined angle of forward and reverse rotation by the driving force are provided in the shape of hooks with curvature, and thus the binding material is aligned along the curvature of the alignment hook pins. Since the wiring can naturally pass through the bookbinding holes, there is an advantage that stable bookbinding is possible even for a thick bookbinding product.

In addition, since the alignment hook pins support the binding material for the binding material having a large and relatively small cover, it is possible to bind through accurate and stable wiring binding, thereby satisfying consumers' preferences. The production of bookbindings for the design is possible, which is expected to increase the competitiveness.

The features and advantages of the present invention will become more apparent from the following detailed description based on the accompanying drawings. Prior to this, the terms or words used in the specification and claims should not be construed in the ordinary, dictionary sense, and the inventors may appropriately define the concepts of terms in order to best describe their invention. Based on the principle, it should be interpreted as meaning and concept corresponding to the technical idea of the present invention.

1 to 3 is a perspective view showing a wiring binding device according to the present invention,

4 is a front view of the binding apparatus for wiring according to the present invention;

5 is a perspective view of the curvature alignment unit and the loading transfer unit in the wiring binding device according to the present invention;

6 and 7 are a perspective view for explaining the structure of the transfer drive source of the stack transfer unit in the wiring binding device according to the present invention.

* Description of the sign *

1: Wiring Bookbinding Device 2: Body 3: Wiring Feeder

5: Wiring connection part 10: Curvature alignment part 11: Rotation guide rod

12: Alignment hanger pin 13: Alignment drive source 14: Front and rear cylinder

15: rack gear 16: pinion gear 17: eccentric rotation guide plate

20: Load carrier 21: Vertical loading plate 22: Clamp clamp

23: Clamp drive source 23a: Clamp cylinder 23b: Clamp rack gear

23c: Clamp pinion gear 23d: Clamp rotation shaft 24: Feed drive source

24a: stationary motor 24b: transfer screw 24: transfer block

Hereinafter, with reference to the accompanying drawings will be described in detail the configuration and operation of the embodiment of the present invention. However, the present invention is not intended to be limited to the specific embodiments, and it should be understood to include all changes, equivalents, and substitutes included in the spirit and technical scope of the present invention. The terms "comprise" or "having" in the present application are intended to indicate that there is a feature, step, operation, component, part, or a combination thereof described on the specification, but one or more other features, steps, operations It is to be understood that the present invention does not exclude in advance the possibility of the presence or the addition of elements, parts, or combinations thereof. That is, throughout the specification, when a part is said to "include" a certain component, this means that it can further include other components, except to exclude other components unless specifically stated otherwise.

In addition, unless otherwise defined, all terms used herein including technical or scientific terms have the same meaning as commonly understood by one of ordinary skill in the art. Terms such as those defined in the commonly used dictionaries should be construed as having meanings consistent with the meanings in the context of the related art and shall not be construed in ideal or excessively formal meanings unless expressly defined in this application. Do not.

Here, the repeated description, well-known functions that may unnecessarily obscure the subject matter of the present invention, and the detailed description of the configuration will be omitted in order not to obscure the subject matter of the present invention. Embodiments of the present invention are provided to more completely describe the present invention to those skilled in the art. Accordingly, the shape and size of elements in the drawings may be exaggerated for clarity.

1 to 3 is a perspective view showing a wiring binding device according to the present invention, Figure 1 is a perspective view from the top to explain the overall configuration of the wiring binding device 1 according to the present invention, Figure 2 is a lower side 3 is a perspective view of the present invention, and FIG. 3 is a perspective view of the upper side opposite to FIG. 1. In the drawing, a wiring supply unit 3 for supplying a wire ring having a spring shape, and a hole for binding formed in the bookbinding while receiving the wire supplied through the wiring supply unit 3 in a spiral rotation. The wire fastening part 5 for helically guiding the binding of the bookbinding hole by a driving source and guides the plurality of bookbinding holes in a spiral manner, and is installed at one side of the wire fastening part 5 to form a curvature in the bookbinding hole of the bookbinding material. Curvature alignment unit 10 having an alignment hook pin 12 to be inserted and installed below the curvature alignment unit 10 to securely hold the binding material and move to the wiring fastening part 5 to bind the binding material. There is shown a wiring binding device 1 composed of a load transfer section 20 for moving the wiring to the hole.

4 is a view of the wiring binding device according to the invention seen from the front. In the drawing, a wiring supply part 3 is formed on the left side to form a wire in a spring shape and is supplied to the left side, and on the right side, a wiring fastening part 5 receiving the wiring and inserting the wire into a binding hole formed in the bookbinding material 5 ) Is disposed, the curvature alignment unit 10 for aligning the bookbinding material with the alignment hook pin 12 having a curvature to the right of the wiring coupling portion 5 and moving to the wiring coupling portion 5 side. And a wiring bookbinding apparatus 1 configured with a load transfer section 20 is shown.

5 is a perspective view of the curvature alignment unit and the loading transfer unit in the wiring binding device according to the present invention. Figure shows the assembly consisting of the stacking curvature alignment unit 10 and the load transfer unit 20, the main technical configuration of the present invention, the curvature alignment unit 10 is aligned to support the curvature by inserting the binding hole of the bookbinding Hook element having a hook shape and a rotating element for selectively rotating the hook element to separate from the bookbinding hole, and the load transfer part 20 is positioned below the curvature alignment part 10 by a hook element. The wiring bookbinding apparatus 1 is configured to be fixed by pressing on both sides of the bookbindingly aligned curvature and to move linearly toward the wiring fastening part 5 after the hook element is separated from the bookbinding. It is.

6 and 7 are perspective views for explaining the structure of the transfer drive source of the load transfer unit in the present invention. The drawing shows an extract of the load transfer unit 20, which is one of the main components in the wiring bookbinding apparatus 1 of the present invention, the load transfer unit 20 is the back of the binding material suspended on the curvature alignment unit 10 A vertical stacking plate 21 provided to support and a lower side of the vertical stacking plate 21, which is rotated to the front surface of the vertical stacking plate 21 by a driving force to press and fix the front surface of the bookbinding material. The clamp 22 and the vertical stacking plate 21 and the clamping clamp 22 are rotated by the clamp 22 and the clamp clamp 22 to provide a driving force in proximity or spaced apart from the vertical stacking plate 21. There is shown a wiring binding device 1 including a transport drive source 24 for transporting to the wiring fastening part 5 side.

On the other hand, the clamp drive source 23 is disposed in the vertical direction, the clamp cylinder 23a for linearly moving the piston rod in the lifting direction and the clamp that is integrally provided at the end of the piston rod of the clamp cylinder 23a, and the lift is interlocked The clamping shaft 23d to which the clamp pin 22 is connected by being axially coupled to the rack gear 23b, the clamp pinion gear 23c interlocked with the clamp rack gear 23b, and the clamp pinion gear 23c. Is shown. And, the feed drive source 24 is composed of a forward and reverse motor 24a for generating a forward and reverse rotational driving force and a transfer screw 24b which is an axis element that is rotated in conjunction with the forward and reverse motor 24a, the transfer screw 24b ) Is shown as a configuration consisting of a transfer block 24c supported by a clamp rotating shaft 23d to which the clamp clamp 22 is rotatably coupled.

Referring to the drawings in detail the configuration of the wiring binding device according to the present invention will be described.

The present invention provides a wiring supply unit (3) for forming and supplying a steel wire in the form of a spring, and a wiring for binding the spring-shaped wiring supplied from the wiring supply unit (3) by entering the binding hole punched in the bookbinding material. The curvature alignment unit 10 and the load transfer unit, which are applied to the wiring bookbinding apparatus 1 including the fastening unit 5 to enable stable and accurate bookbinding regardless of the thickness and size of the bookbinding material and the size of the cover and to An additional configuration of the alignment transfer element consisting of 20) is characterized by its technical features.

The wiring supply part 3 is formed by receiving a wire, which is a steel wire wound on the bobbin, is formed into a spring shape, and is supplied by a known technique as an element for supplying the wire to the wiring fastening part 5, and thus a detailed description thereof will be omitted. do.

The wiring fastening part 5 linearly moves while rotating the spring-shaped wiring supplied from the wiring supply part 3 so that the leading end portion of the wiring enters the binding hole of the binding material and subsequently enters the next binding hole. As an element for allowing bookbinding to be achieved, the bookbinding is made by pressurizing and fixing one end of the bookbinding by a drive source so that the bookbinding material does not flow in a wiring binding process. Since the wiring fastening part 5 may also be implemented by a known technique similarly to the wiring supply part 3, detailed description thereof will be omitted.

Meanwhile, the wiring supply part 3 and the wiring fastening part 5 are installed in the main body 2 on which various components and electrical equipment are mounted.

The curvature alignment part 10 is installed at one side of the wiring fastening part 5, and the hook-shaped hook element for inserting the binding hole of the bookbinding material to be supported to have the curvature has a curvature, and the hook element is optional. In the present invention, the rotary guide rod 11, the alignment hook pin 12, the alignment drive source 13 and the eccentric rotation guide plate 17. Suggested.

The rotary guide rod 11 is an element of a length member provided in a tubular shape and is provided to be capable of forward and reverse rotation by a predetermined angle by the alignment drive source 13. The rotation guide rod 11 is a configuration in which two or more alignment hook pins 12 are provided at intervals at one end thereof.

The alignment hook pin 12 is a hook pin having a hook shape that is installed at least two or more spaced apart from the rotary guide rod 11, in the present invention has been illustrated that two are installed on both sides of the left, right Depending on the weight and size can be installed in about 2 to 5, if too many are installed because the workability is difficult to insert in accordance with the binding hole of the binding is preferably two are installed. That is, the alignment hook pin 12 in the present invention is installed so that the two to five protruding toward the front of the rotary guide rod 11, the end is provided with a fishing hook or hook shape to have an upward curvature. The alignment hanger pin 12 has a hand held by the operator with both hands to insert the binding hole of the position corresponding to the alignment hanger pin 12 disposed on both left and right sides with reference to the drawings. Then, the bookbinding material is aligned while forming a hanging shape by its own weight, and the clamping clamp 22 of the loading transfer part 20 to be described later is fixed by pressing the bookbinding material so that the bookbinding material does not flow in a state where alignment is completed.

The alignment drive source 13 is integrally coupled to the front and rear cylinders 14, which are disposed in the horizontal direction to perform the front and rear linear motion as shown in the drawing, and the piston rods that emerge from the front and rear cylinders 14, respectively. The rack gear 15 is interlocked and the pinion gear 16 is rotated in engagement with the rack gear 15, the pinion gear 16 is configured to transmit the forward and reverse rotational force to the rotary guide rod (11). That is, the alignment drive source 13 according to the present invention, when the forward and backward cylinders 14 move forward, the rack gear 15 is moved forward in conjunction with this, the pinion gear meshed with the rack gear 15 Referring to FIG. 5, 16 may rotate counterclockwise. Subsequently, as the pinion gear 16 rotates in the counterclockwise direction, the rotation guide rod 11 axially connected thereto also rotates in the counterclockwise direction, and as a result, the alignment hook pin 12 rotates to the rear side to achieve the retraction operation. Therefore, the booklet is separated from the booklet hole.

The eccentric rotation guide plate 17 is axially connected to the pinion gear 16 and is connected to both sides of the rotation guide rod 11 by being rotated in response to rotational force. The eccentric rotation guide plate 17 is configured to be connected to the position where the rotary guide rod 11 is eccentric, the alignment hook pin 12 provided on the rotary guide rod 11 by the eccentric rotation guide plate 17. ) Can be removed without interference when the booklet is inserted into the booklet hole.

The curvature alignment unit 10 configured as described above, when the operator puts the bookbinding hole in the state of inserting the bookbinding hole of the booklet into the alignment hook pin 12 while holding the booklet with both hands, the bookbinding weight is self-weighted. Aligned while forming a suspended state by, to achieve a curvature alignment state along the curvature of the alignment hanger pin (12). Subsequently, the clamp clamp 22 of the load transfer unit 20 to be described below is fixed by pressing and supporting the lower end of the curvature-aligned bookbinding.

The load transfer part 20 is provided at the lower side of the curvature alignment part 10 and is fixedly supported by pressing one end of the bookbinding material aligned in curvature by an alignment hook pin 12 that is a hook element from both sides. After the aligning hook pin 12, which is a hook element, is separated, it serves to linearly move toward the wiring fastening part 5 side. The stack transfer part 20 is provided with a vertical stacking plate 21 and a clamp clamp 22 and a clamp clamp 22 for selectively holding a bookbinding material on one side of the lower stacking plate 21. It consists of a clamp drive source 23 to drive and the vertical mounting plate 21 and the forceps clamp 22 to be transferred to the wiring fastening portion 5 side so that the wiring binding proceeds. do.

The vertical stacking plate 21 is a plate-shaped member standing vertically and serves to support the rear of the binding material suspended from the alignment hook pin 12 of the curvature alignment unit 10.

The clamp clamp 22 is an element which is disposed below the vertical stacking plate 21 to receive a driving force from the clamp driving source 23 to be described later and rotates in the form of a clamp with the vertical stacking plate 21. The clamp clamp 22 is provided with a horizontal bar in contact with the front of the binding object, the horizontal bar is connected to a connecting link (unsigned) having a pair of '' 'shape, the connecting link is a clamp drive source 23 It is connected to the clamp rotating shaft 23d constituting the configuration).

Referring to FIG. 6, the clamp drive source 23 includes a clamp cylinder 23a configured to move the piston rod forward and backward and a clamp rack integrally coupled to the piston rod of the clamp cylinder 23a to interlock before and after. Clamp rotation shaft which is axially connected to the gear pin 23b, the clamp pinion gear 23c which is rotated by interlocking with the clamp rack gear 23b, and the clamp pinion gear 23c, and rotates in the forward and reverse directions. 23d). When the clamp cylinder 23a moves forward, the clamp drive source 23 performs forward movement by interlocking the clamp rack gear 23b, and the clamp pinion gear (b) by the forward movement of the clamp rack gear 23b. 23c) rotates counterclockwise. Then, as the clamp rotation shaft 23d axially connected to the clamp pinion gear 23c rotates in the counterclockwise direction, the clamp clamp 22 opens in a direction spaced apart from the vertical mounting plate 21. In this state, when the piston rod of the clamp cylinder 23a moves back, the clamp clamp 22 rotates toward the vertical stacking plate 21, and one end thereof moves closer to the vertical stacking plate 21. As a result, pressure fixing to the bookbinding product is performed.

On the other hand, although not shown, the clamp drive source 23 is preferably provided so that the operation of the clamp cylinder 23a can be controlled according to the thickness of the bookbinding, which is provided with a sensor for detecting the thickness of the bookbinding or measuring the pressing force By providing a sensor to be able to be provided so as not to apply a pressing force to the extent that causes deformation or damage to the bookbinding, it may be carried out by a known technique, detailed description thereof will be omitted.

The feed drive source 24 is a forward and reverse motor 24a for generating a forward and reverse rotational force, a forwarding screw 24b connected to the forward and reverse motor 24a for forward and reverse rotation, and a screw in the forwarding screw 24b. It is composed of a transfer block 24c fastened to make a linear movement along the spiral, wherein the transfer block 24c is a configuration in which the clamp drive source 23 is installed, including the clamp clamp 22.

Referring to the operation of the binding device according to the present invention configured as described above are as follows.

First, when the operator inserts the binding hole of the binding material into the alignment hook pin 12 of the curvature alignment unit 10 and puts down the binding material, the binding material is suspended by its own weight, wherein the alignment hook pin ( 12) has a hook-shaped curvature so that the bookbinding is also curved. At this time, the curvature of the alignment hanger pin 12 to support the bookbinding curvature preferably corresponds to the curvature of the wiring.

On the other hand, when the book is placed on the alignment hanger pin 12 and the switch is operated, the clamp clamp of the loading transfer unit 20 disposed below the curvature alignment unit 10 having the alignment hanger pin 12 ( 22 rotates to the vertical stacking plate 21 side by the driving force of the clamp driving source 23 to press-support the bookbinding product.

When the binding material is press-fixed by the clamp clamp 22 and the vertical stacking plate 21, the alignment hook pin 12 constituting the curvature alignment portion 10 is retracted by the alignment drive source 13 to Separated from the binding hole.

When the alignment hanger pin 12 is separated from the bookbinding material, the stacked transfer part 20 is moved to the wiring coupling part 5 side by the driving force of the transfer driving source 24, and the wiring coupling part In the binding hole of the bookbinding product moved to the side (5), the wiring supplied from the wiring supply unit 3 is bound in a linear movement while rotating in a spiral direction.

As described above, the wiring binding device 1 according to the present invention arranges the curvature alignment unit 10 to have a curvature using the alignment hook pin 12 having the curvature in the curvature alignment unit 10 even when the thickness of the bookbinding material is thick. By binding the wiring at, smooth and stable bookbinding is possible.

On the other hand, the present invention is not limited to the described embodiments, it is possible to use and change the application site, it is common in the art that various modifications and variations can be made without departing from the spirit and scope of the present invention. It is self-evident to those who have knowledge. Therefore, such modifications or variations will have to belong to the claims of the present invention.

Claims

A wire fastening part configured to receive a wiring having a spring shape in a spiral rotation and guide the screw to be helically fastened to a plurality of bookbinding holes formed in the bookbinding by pressing a driving source; It is installed on one side of the wiring fastening part and the hook-shaped hook element for passing through the binding hole of the bookbinding material to be supported to have the curvature and the rotating element to selectively rotate the hook element to separate from the binding hole Curvature alignment portion made; A load transfer part provided at a lower side of the curvature alignment part to hold and hold one end of the bookbinding aligned by a hook element on both sides, and to move linearly toward the wiring coupling part after the hook element is separated from the bookbinding material; Wiring binding device, characterized in that comprising a.
According to claim 1, wherein the curvature alignment portion, the guide rod rotatably provided with an element of the length member provided in a tubular shape; 2 to 5 protruding to the front of the rotary guide rod is provided with a hook shape so that the end portion has an upward curvature alignment hook pin to support the bookbinding material has a curvature; The rotation guide is rotated by interlocking with the rack gear and the rack gear integrally provided at the end of the piston and the cylinder which is supplied with power to selectively rotate the rotary guide rod to move the piston forward or backward. And an alignment drive source comprising a pinion gear provided at one end of the rod.
The apparatus of claim 1, wherein the stack transfer unit comprises: a vertical stacking plate provided in a plate shape to support a rear surface of the bookbinding suspended from the curvature alignment unit; A tongs clamp provided on the lower side of the vertical stacking plate to rotate to the front surface of the vertical stacking plate by a driving force to pressurize and support the front surface of the bookbinding material; A clamp drive source that rotates the forceps clamp so as to be proximate or spaced apart from the vertical stacking plate; And a transfer drive source configured to pass through the vertical mounting plate and the forceps clamp to transfer to the wiring fastening part side.
According to claim 2, wherein the curvature alignment portion is axially connected to the pinion gear and the eccentric rotation guide plate to rotate in response to the rotational force; And a rotation guide rod which is eccentrically connected to the eccentric rotation guide plate and is integrally rotated.