JP2003291558A - Gluing and bookbinding apparatus - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To manufacture a booklet of high quality by strengthening an adhesive strength between sheets and reducing the waviness of the sheet. <P>SOLUTION: A gluing and bookbinding apparatus comprises a sheet placing base 211 for placing and housing the sheets S, a solid glue Na formed in a long post shape in a sheet width direction, a solid glue holding member for holding the solid glue Na, an elevation means for pressing the glue Na to the sheet S placed on the base 211, and a moving means for relatively moving the base 211 and the glue Na in a sheet conveying direction. The glue Na is coated on the vicinity of the side edge of the sheet S placed on the base 211 by the relative movement of the moving means to form a band-like gluing part N. <P>COPYRIGHT: (C)2004,JPO

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a booklet in which a glue-applied sheet is formed by applying a solid glue to form a strip-shaped glue application portion in the vicinity of a side edge portion of a sheet conveyed by a conveying means. The present invention relates to a gluing bookbinding device for producing a sheet.

[0002]

2. Description of the Related Art In recent years, there has been provided a gluing bookbinding apparatus for gluing a book on a predetermined position of a sheet on which an image is recorded by a main body of an image forming apparatus such as a copying machine, a printer, or a complex machine of these machines. There is.

The glue binding apparatus includes (1) a device for ejecting glue onto a sheet by using a glue ejection nozzle, (2) a glue wheel is installed in a glue storage box, and the glue is attached to the outer circumference of the rotating glue wheel. A device for contacting and transferring the outer periphery of the glue wheel to the paper,
(3) A hot melt coating device that discharges a mixture of a hot melt agent (heat fusion agent) and heated compressed air from a nozzle,
(4) A tape sticking device, which sticks a double-sided sticky tape to which adhesive paste is applied in advance to one side edge of a sheet bundle while heating, is used.

The gluing method and apparatus described in Japanese Patent Application Laid-Open No. 7-80377 is to form a thin film by blowing high-pressure air onto the glue discharged from the glue discharge nozzle.

The bookbinding apparatus described in Japanese Patent Publication No. 59-500907 discloses that the sheet conveyed in the first direction is deflected in the second conveying direction orthogonal to the conveying direction, and thereafter, the edge of the traveling sheet is moved. A band-shaped adhesive is applied to the part, and after binding and alignment, pressure is applied for bookbinding.

As a method for binding the back tape, a tape to which adhesive paste having adhesive property is previously applied is applied while being heated, or a tape to which adhesive paste having water adhesive property is previously applied is used. It has been known. The conventional tape application methods are disclosed in JP-A-62-284795, US Pat. No. 4,985,729 and JP-A-3.
It is disclosed in Japanese Patent Laid-Open No. 1511286.

[0007]

The conventional gluing bookbinding apparatus has the following problems.

(1) When papers are bonded with an emulsion paste, the water contained in the aqueous emulsion paste is
The paper is wavy due to being absorbed by the paper.
The degree of waviness of the paper is determined by the amount of water absorbed in the paper, but in order to obtain the adhesive force, the adhesive dissolved in the water between the fibers of the paper needs to be sufficiently absorbed in the paper. Therefore, it is difficult to satisfy the condition that the paper waviness is small and a sufficient adhesive force is obtained.

(2) In a gluing bookbinding apparatus using a vinyl acetate emulsion paste, a peculiar odor is generated from the vinyl acetate emulsion paste, which makes the surrounding environment unpleasant. In particular, in an office or the like in which an image forming apparatus equipped with a glue binding apparatus is installed, this unpleasant odor is a problem.

(3) When an adhesive paste is formed on the surface of the paper by ejecting the emulsion glue from the glue discharging nozzle of the glue discharging means, in order to uniformly apply a small amount of the emulsion glue to the paper surface, It is necessary to make the distance from the tip of the nozzle close. In particular, when the viscosity of the emulsion paste is several hundreds to 1,000 mPa · s, the emulsion paste tends to be a bead-like shape at the tip of the nozzle due to the interfacial tension, which makes uniform coating difficult.

(4) In the glue binding apparatus for applying liquid glue to the paper, a warm air device for drying the glue is required, and the glue binding apparatus becomes large and there is a problem of noise generation.

(5) In a gluing bookbinding apparatus that uses a double-sided adhesive tape for inter-paper adhesion, if the double-sided adhesive tape is attached to each sheet, the adhesive portion becomes thicker by the thickness of the adhesive tape. As the number of sheets of paper increases, the difference in thickness between the adhesive portion and the non-adhesive portion becomes more noticeable, and the appearance of the finished booklet is impaired.

(6) In the glue binding apparatus in which the glue applying means runs along the width direction of the paper, a running time is required, and during that time there is a waiting time during which a subsequent paper cannot be carried in, and the processing efficiency decreases.

The present invention solves the above problems and improves the gluing bookbinding apparatus to stabilize the gluing process, eliminate defective sheet conveyance in the gluing section, prevent the production of defective booklets, and improve productivity. Aim to achieve.

[0015]

The above problems can be solved by the following gluing bookbinding apparatus of the present invention.

(1) Adhesive bookbinding in which solid glue is applied near the side edges of the paper conveyed by the conveying means to form a band-shaped glue application portion, and the paper on which the glue is applied is stacked to form a booklet. In the apparatus, the gluing bookbinding apparatus includes a sheet loading table for stacking and storing the sheets, a solid paste body formed in a column shape long in the sheet width direction, and a solid paste body holding member for holding the solid paste body. An elevating unit that presses the solid paste on the sheet placed on the sheet placement table, and a moving unit that relatively moves the sheet placement table and the solid paste in the sheet transport direction. , Pressing the paper surface by the elevating means,
A glue binding apparatus, characterized in that a strip-shaped glue application section is formed by applying the solid glue in the vicinity of a side edge of a sheet placed on the sheet placement table by relative movement of the moving means.

(2) Adhesive bookbinding in which solid glue is applied to form a band-shaped glue application portion in the vicinity of a side edge portion of the paper conveyed by the conveying means, and the paper on which the glue is applied is stacked to form a booklet. In the apparatus, the gluing bookbinding apparatus is a sheet mounting table for stacking and accommodating the sheets, a pressing member for pressing the vicinity of a side edge portion of the sheets, and a tension member stretched between an original winding section and a winding section, A solid glue layer holding tape having a solid glue layer in sliding contact with the paper pressing surface of the pressing member; an elevating means for pressing the solid glue layer holding tape and the side edge portion of the paper on the paper mounting table; A drive means for winding up the solid glue layer holding tape, and pressing the paper surface by the elevating means, and the drive means, in the vicinity of the side edge portion of the paper placed on the paper placing table, It is special to apply solid glue to form a band-shaped glue application part. Glue binding device to collect.

(3) Adhesive bookbinding in which solid glue is applied near the side edges of the paper conveyed by the conveying means to form a band-shaped glue application portion, and the paper on which the glue is applied is stacked to form a booklet. In the apparatus, the gluing bookbinding apparatus includes a sheet loading table for loading and storing the sheets, a solid glue layer holding member having a solid glue layer formed in a column shape elongated in the sheet width direction, and the solid glue layer holding member. And a container body having an opening at the bottom facing the glue application part of the sheet, a lid for opening and closing the opening of the container body, and a drive means for driving the lid to open and close. The driving means operates the lid body to open the opening immediately before performing the glue application processing on the sheet, and operates the lid body to close the opening after the glue application processing is completed. Adhesive binding device

[0019]

BEST MODE FOR CARRYING OUT THE INVENTION Next, a gluing bookbinding apparatus of the present invention,
An image forming apparatus equipped with a glue binding device will be described with reference to the drawings.

[One Embodiment of Image Forming Apparatus] FIG. 1 is an overall configuration diagram of an image forming system including an image forming apparatus A, an image reading apparatus B, and a glue binding apparatus C.

In the image forming apparatus A, a charging unit 2, an image exposing unit (writing unit) 3, and a charging unit 2 are provided around a rotating image carrier 1.
Developing unit 4, transfer unit 5A, charge eliminating unit 5B, separation claw 5
C and a cleaning means 5D are arranged, and the surface of the image carrier 1 is uniformly charged by the charging means 2 and then exposure scanning based on the image data read from the original by the laser beam of the image exposure means 3 is performed. To form a latent image, and the latent image is reversely developed by the developing means 4 to form a toner image on the surface of the image carrier 1.

On the other hand, the paper S fed from the first paper feeding means 6A or the second paper feeding means 6B is sent to the transfer position via the intermediate paper feeding means 7A. At the transfer position, the toner image is transferred onto the sheet S by the transfer unit 5A. After that, the electric charge on the back surface of the sheet S is erased by the charge eliminating unit 5B, separated from the image carrier 1 by the separating claw 5C, conveyed by the conveying unit 7B, and subsequently heated and fixed by the fixing unit 8, and then discharged by the sheet discharge roller 7C. Is discharged.

When images are formed on both sides of the paper S,
The sheet S heated and fixed by the fixing means 8 is branched from the normal sheet discharge path by the conveyance path switching plate 7D, and is switched back by the reversal conveyance means 7E to reverse the front and back,
The sheet is discharged to the outside of the apparatus by the sheet discharge roller 7C. The paper S discharged from the paper discharge rollers 7C is sent to the receiving unit 11 of the glue binding apparatus C.

On the other hand, the surface of the image carrier 1 after image processing is
The developer remaining on the surface is removed by the cleaning unit 5D downstream of the separation claw 5C to prepare for the next image formation.

On the upper part of the image forming apparatus A, an image reading apparatus B equipped with an automatic original feeding apparatus of a moving original reading type is installed.

[Gluing and Binding Device] The paper transporting device of the gluing and binding device C comprises a direct paper discharging means 10, a glue applying means 20, a front cover feeding means 30A, a back cover feeding means 30B and a discharging means 40.

The sheet S introduced into the receiving section 11 is selected by the switching plate 12 as either the upper direct sheet discharging means 10 or the glue applying means 20.

The paper S directly introduced into the paper discharge means 10 is
The sheet is conveyed upward, is sandwiched by the conveying rollers 13 and 14, and is ejected onto the fixed sheet ejection tray 16 by the ejection roller 15.

The sheet S introduced into the glue applying means 20 is nipped by the entrance roller 21 and conveyed, and the sheet bundle Sa which has been bound by the glue application process is nipped by the discharge roller 41 and discharged. The sheet is discharged onto the elevating and discharging tray 42 outside. A large amount of sheet bundle Sa can be stacked on the elevating and discharging tray 42 that is driven to move up and down.

The front cover sheet K stored in the front cover sheet feeding means 30A has a sheet feeding means 31A, a sheet feeding path 32 and an intermediate conveying roller 3.
After passing through 3, the sheet is nipped by the entrance roller 21 and placed on the sheet placing table 211 of the glue applying means 20. The sheets S discharged from the image forming apparatus A are stacked on the upper surface of the front cover sheet K, and the glue application means 20 sequentially applies the glue.

The back cover sheet J stored in the back cover sheet feeding means 30B includes a sheet feeding means 31B, a sheet feeding path 32, and an intermediate conveying roller 3.
3 and then is sandwiched by the entrance roller 21 and the glue applying means 2
The sheet bundle Sa stacked on the sheet stack table 211 of No. 0 is placed on the uppermost surface, and the sheet bundle Sa and the back cover sheet J are glued by the glue applying means 20.

FIG. 2 is a plan view showing a strip-shaped glue application portion N formed in the vicinity of the side edge portions of various sheets S. Figure 2
(A) shows the glue application part N formed on the long side of the postcard-size paper S. FIG. 2B shows the glue application portion N formed on the long side of the B5 size paper S. Figure 2 (c) shows A4
The glue application part N formed in the long side of the size paper S is shown. FIG. 2D shows the glue application portion N formed on the short side of the B4 size sheet S. The glue application portion N firmly bonds the paper sheets over substantially the entire length in the vicinity of the side edge portions of the paper sheets S to produce the glued paper sheet bundle Sa.

The solid glue used in the embodiment of the present invention is a column-shaped stick glue which is hard to cause wrinkles on the paper S coated with the solid glue.

[First Embodiment of Glue Application Means] FIG. 3
3A is a plan view of the glue applying unit 20, and FIG. 3B is a sectional view. FIG. 4 is a perspective view of the sheet stacking unit 210.

The glue applying means 20 is a sheet stacking section 21 for placing the sheet S, the front cover sheet K and the back cover sheet J, and moving them up and down and moving them.
0 and a solid paste body holding portion 220 that holds and rotates the solid paste body Na.

Sheet Stacking Section and Driving Means A stop member 212 for abutting the leading edge of the sheet is supported at the leading end of the sheet stacking table 211 of the sheet stacking section 210 in the sheet transport direction so that it can be erected. The stop member 212 stands up and abuts the leading edge of the sheet S each time the sheet S is conveyed onto the sheet mounting table 211, and aligns the leading edge of the sheet S. When the solid glue holding member described later rotates to apply the glue applying portion N to the vicinity of the side edge portion of the paper S, the stop member 212 is tilted and retracted.

Also, when the bundle of sheets Sa, which has been glued and bound, is slid on the sheet table 211 and discharged, the stop member 212 is tilted and retracted. Stop member 21
2 is driven by a solenoid SL or the like to be tilted.

A pressing means 213 for pressing the upper surface of the paper S is arranged above the paper table 211. The pressing means 213 is driven up and down by a drive source (not shown). That is, the pressing unit 213 is normally retracted above the sheet S. When the solid glue is applied to the paper S placed on the paper loading table 211, the driving unit presses the pressing unit 2.
13 is lowered and the paper S is pressed to prevent the paper S from moving.

Two rotary shafts 215 connected to a driving source (not shown) are rotatably supported on the fixed wall 214 of the sheet stacking unit 210. A plurality of cams 216 are fixed to each rotating shaft 215. The plurality of cams 216 are in pressure contact with the bottom surface of the elevating member 217. By the rotation of the cam 216, the raising / lowering member 217 is raised / lowered along the guide member 218, and the sheet mounting table 211 fixed to the raising / lowering member 217 is raised / lowered.

A pinion gear G1 is rotatably supported at a substantially central portion of the elevating member 217. The pinion gear G1 is rotated from the motor M1 via the drive transmission means. The pinion gear G1 meshes with the rack gear G2 to move linearly, and the paper stacking table 21 fixed to the rack gear G2.
1 is reciprocated in the paper transport direction. Paper stand 211
Is engaged with the elevating member 217 and supported so as to be vertically movable up and down, and is horizontally movable by the rack gear G2 meshing with the pinion gear G1.

Solid Paste Holding Unit and Driving Means The solid paste holding portion 220 is composed of a solid paste Na, a solid paste holding member 221, a fixed wall 222, and a driving unit.

The solid paste Na is formed in a columnar shape that is long in the paper width direction. For example, the length in the axial direction of the solid paste Na is the long side of the postcard size sheet S shown in FIG. 2A, the long side of the B5 size sheet S shown in FIG.
The long side of the A4 size paper S shown in (c), FIG.
Corresponding to the short side of the B4 size paper S shown in, it is possible to selectively replace.

The solid paste holding member 221 is used for the paper stacking unit 2
It is rotatably supported by the fixed walls 222 on both side surfaces of 10. The solid paste holding member 221 is connected to the gear train G from the motor M2.
3 is driven and rotated.

Solid Paste Application Step The solid paste application step for the paper S is described below (see FIGS. 3 and 4).

(1) Based on the paper size setting in the operation unit 9, the solid paste Na corresponding to the paper width is selected and the solid paste holding member 221 is mounted on the fixed wall 222.

(2) The paper S discharged from the image forming apparatus A, the front cover K discharged from the front cover feeding means 30A, and the back cover J discharged from the back cover feeding means 30B are
The stop member 21 that is conveyed to the sheet placement table 211 and stands up
The tip portion comes into contact with 2 and is positioned and stopped (tip tip alignment).

(3) The paper S, the front cover K, and the back cover J are
The widthwise alignment is performed by driving the pair of width alignment members 219 connected to the drive source.

(4) The drive source starts to drive, and the lifting member 2
The sheet placing table 211 is raised via 17. When the uppermost surface of the sheet bundle Sa stacked on the sheet mounting table 211 reaches a position where it comes into pressure contact with the outer peripheral surface of the solid paste body Na of the solid paste holder 220, the drive of the drive source is stopped.

(5) The drive source starts to drive, and the pressing means 2
13 presses the uppermost surface of the sheets S stacked on the sheet mounting table 211.

(6) The solenoid SL is driven to retract the stop member 212 from the sheet bundle surface (indicated by the chain line in FIG. 3).

(7) The motor M2 starts to drive and the solid paste Na starts to rotate via the gear train G3. At the same time, the motor M1 starts to drive, and the sheet mounting table 211 is moved in the direction of the one-dot chain line shown in FIG. 3, which is reverse to the sheet conveying direction, via the pinion gear G1 and the rack gear G2, and is pressed against the sheet surface. The glue Na forms the glue application portion N in the vicinity of the side edge of the sheet S.

(8) The succeeding sheet S is the sheet stacking table 211.
Prior to reaching the upper side, the pressure contact of the pressing means 213 is released,
The sheet placing table 211 is lowered, the width aligning member 219 is retracted, and the sheet placing table 211 is returned to the initial position.

(9) The succeeding sheet S is the sheet stacking table 211.
When it reaches the upper side, the above-mentioned (2) to (7) are executed, and the solid paste Na is moved in pressure contact with the sheet surface to move the sheet S.
A glue application portion N is formed in the vicinity of the side edge portion of.

(10) The solid glue application is completed on all the sheets except the final sheet, and the sheet bundle Sa glued and bound is transported by the transport means (not shown) to the sheet mounting table 211.
The sheet is conveyed in the sheet conveying direction, is sandwiched by the discharge rollers 41, and is discharged onto the elevating and discharging tray 42.

[Second Embodiment of Glue Application Means] FIG. 5
[Fig. 6] is a sectional view showing a second embodiment of the glue applying means. In addition, about the code | symbol used in drawing, the same code | symbol is attached | subjected to the part which has the same function as FIG. Further, a solid glue holder different from that of the first embodiment will be described.

The solid paste holding portion 230 is a solid paste body Nb in the shape of a prism and a solid paste holding member 23 for holding the solid paste body Nb.
1 and.

Ascending and depressing means 213 of the sheet placing table 211
Of the solid paste Nb
Moves relative to the sheet surface while rubbing the sheet surface into pressure contact with each other to form a glue application portion N near the side edge portion of the sheet S.

[Third Embodiment of Glue Applying Means] FIG. 6 is a sectional view showing a third embodiment of the glue applying means. In addition, about the code | symbol used in drawing, the same code | symbol is attached | subjected to the part which has the same function as FIG. Also, the first
A solid glue holder 240 different from that of the embodiment will be described.

The solid glue layer Nc is in close contact with one surface of a release paper having a wide tape shape to form a solid glue layer holding tape 241. The solid glue layer holding tape 241 is stretched between the original winding portion 242 and the winding portion 243, and the back surface side of the solid glue layer holding tape 241 is in sliding contact with the paper pressing surface below the pressing member 244. The motor M6 connected to the rotation shaft of the winding unit 243 winds the solid glue layer holding tape 241.

The pressing member 244 moves up and down by the cam 245 which is driven and rotated by the motor M7. Pressing member 244
By pressing the paper surface by, the solid glue of the solid glue layer Nc is applied to the vicinity of the side edge portion of the paper S placed on the paper placing table 211 to form the strip-shaped glue applying portion N.

[Fourth Embodiment of Glue Applying Means] FIG.
7A is a plan view of the fourth embodiment of the glue applying means, FIG.
7B is a sectional view, and FIG. 7C is a left sectional view. Regarding the reference numerals used in the drawings, the portions having the same functions as those in FIGS. 3 and 6 are given the same reference numerals.

The solid glue holding section 250 is closely attached to one side of a release paper in the form of a narrow tape, and the solid glue layer holding tape 2
51 is composed. The solid glue layer holding tape 251 is stretched between the original winding portion 252 and the winding portion 253, and the back side of the solid glue layer holding tape 251 is in sliding contact with the sheet pressing surface below the pressing member 254. The motor M8 connected to the rotary shaft of the winding unit 253 winds the solid glue layer holding tape 251.

The rotation of the cam 216 fixed to the rotary shaft 215 moves the sheet mounting table 211 up and down along the guide member 218. The upper surface side of the paper S placed on the paper table 211 is pressed against the pressing member 254 via the solid glue layer holding tape 251, and the solid glue layer Nd of the solid glue layer holding tape 251 has the side edge of the paper S. Is applied to the vicinity of the portion to form a strip-shaped glue application portion N.

[Fifth Embodiment of Glue Applying Means] FIG.
Shows a fifth embodiment of the glue applying means, and FIG.
Is a cross-sectional view of a solid glue applied state, and FIG. 8B is a cross-sectional view of a non-applied state. In addition, about the code | symbol used in drawing, the same code | symbol is attached | subjected to the part which has the same function as FIG.

The solid paste holding section 260 includes a solid paste holding member 261 for holding a solid paste Ne having a cylindrical shape, and a solid paste Ne.
It is composed of an inner cylinder member 262, an outer cylinder member 263, and a shutter member 264 that surround the outer circumference of the. Inner cylinder member 26
2, the outer cylinder member 263, and the shutter member 264 all have a semi-cylindrical shape.

The cylindrical solid paste body Ne formed on the outer periphery of the solid paste body holding member 261 is driven and rotated by the motor M9 to form a strip-shaped paste application portion N near the side edge portion of the paper S.

The inner cylinder member 262 and the outer cylinder member 263 are formed in a concentric cylindrical shape having an opening and are arranged to face each other with a gap. The shutter member 26 is provided in this gap.
4 is swingably supported.

When applying the solid paste, the shutter member 264
Is swung to open each of the openings of the inner cylinder member 262 and the outer cylinder member 263, and the solid glue body Ne is exposed to enable glue application to the sheet bundle S.

When the glue applying means 20 is not operated, or when the paper is not conveyed on the paper placing table 211, the shutter member 264 is returned to the initial position and the inner cylinder member 2 is moved.
62 and the openings of the outer cylinder member 263 are closed, and the solid paste N
e is shielded.

[0070]

As is apparent from the above description, the sizing and binding apparatus of the present invention has the following effects.

(1) A high-quality booklet can be produced by increasing the adhesive strength between the sheets and reducing the waviness of the sheets.

(2) No need for a nozzle clogging prevention mechanism or a complicated glue replenishing device when a liquid glue using a solvent or a water-soluble emulsion glue is used, and the mechanism of the glue applying means is simple. And is easy to maintain.

(3) As compared with the case where the double-sided adhesive tape is attached, the adhesive portion is not thickened and the appearance of the finished bookbinding is improved.

(4) The solid paste can be shielded and opened by the inner cylinder member, the outer cylinder member, and the shutter member, so that the solid paste is prevented from drying when not in use.

[Brief description of drawings]

FIG. 1 is an overall configuration diagram of an image forming system including an image forming apparatus, an image reading apparatus, and a glue binding bookbinding apparatus.

FIG. 2 is a plan view showing a band-shaped glue application section formed in the vicinity of side edges of various types of paper.

3A and 3B are a plan view and a cross-sectional view of a glue applying unit.

FIG. 4 is a perspective view of a sheet stacking unit.

FIG. 5 is a cross-sectional view showing a second embodiment of the glue applying means.

FIG. 6 is a sectional view showing a third embodiment of a glue applying means.

FIG. 7 is a plan view, a cross-sectional view, and a left-side cross-sectional view of a fourth embodiment of a glue applying unit.

FIG. 8 is a cross-sectional view of a solid glue application state and a non-application state cross-sectional view showing a fifth embodiment of the glue application means.

[Explanation of symbols]

20 glue application means 210 sheet stacking section 211 sheet stacking table 212 stop member 213 pressing means 217 elevating members 220, 230, 240, 250, 260 solid glue holding sections 221, 231, 261 solid glue holding members 241, 251 solid glue layer Holding tape 242, 252 Original winding part 243, 253 Winding part 244, 254 Pressing member 262 Inner cylinder member 263 Outer cylinder member 264 Shutter member C Glue binding device N Glue application part Na, Nb, Ne Solid paste body Nc, Nd Solid Glue layer

Claims (5)

[Claims] 1. A glue binding apparatus for applying a solid glue to form a band-shaped glue applying portion in the vicinity of a side edge portion of a paper transported by a transporting means, and stacking the glue-coated paper to make a booklet. In the gluing bookbinding apparatus, the paper loading table for stacking and storing the paper, a solid paste body formed in a column shape long in the paper width direction, a solid paste body holding member for holding the solid paste body, An elevating unit that presses the solid paste body against the sheet placed on the sheet placement table; and a moving unit that relatively moves the sheet placement table and the solid paste body in the sheet transport direction, By pressing the paper surface by the elevating means and relative movement of the moving means, the solid glue is applied to the vicinity of the side edge portion of the paper placed on the paper placing table to form a band-shaped glue applying portion. A gluing bookbinding device characterized in that 2. The glue binding apparatus according to claim 1, wherein the solid glue body is formed in a columnar shape having a circular cross section. 3. The glue binding apparatus according to claim 1, wherein the solid glue body is formed in a prismatic shape having a polyhedron cross section. 4. A glue binding apparatus for applying a solid glue to form a band-shaped glue applying portion in the vicinity of a side edge portion of a paper transported by a transporting means, and stacking the glue-coated paper to make a booklet. In the glue binding apparatus, the paper loading table for stacking and accommodating the paper, a pressing member for pressing the vicinity of the side edge of the paper, and a tension member between the original winding portion and the winding portion,
A solid glue layer holding tape having a solid glue layer in sliding contact with the paper pressing surface of the pressing member; an elevating means for pressing the solid glue layer holding tape and the side edge portion of the paper on the paper mounting table; Drive means for winding the solid glue layer holding tape,
By pressing the paper surface by the elevating means and the driving means, a strip-shaped glue applying section is applied by applying the solid glue in the vicinity of a side edge portion of the paper placed on the paper placing table. A gluing bookbinding device characterized by forming. 5. A glue binding apparatus for applying a solid glue to form a band-shaped glue applying portion in the vicinity of a side edge portion of a paper transported by a transporting means, and stacking the glue-coated paper to make a booklet. In the glue binding apparatus, the paper loading table for stacking and containing the paper, a solid glue layer holding member having a solid glue layer formed in a column shape long in the paper width direction, and the solid glue layer holding member. A container body that accommodates and has an opening at the bottom facing the glue application portion of the sheet; a lid that opens and closes the opening of the container body; and a drive unit that drives the lid to open and close, The drive means operates the lid body to open the opening immediately before performing the glue application processing on the sheet, and operates the lid body to close the opening after the glue application processing is completed. Glue binding device