JPH0319080B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to a bookbinding device, and particularly to a fully automatic cover pasting device that automatically pastes a center book onto a cover.

[Conventional technology]

Until now, it has been difficult to position the middle book and the cover, and it has been difficult to automate this process. Therefore, the center of the cover was rounded out by hand and then aligned and pasted onto the glued middle book. However, a gluing machine was used that automatically applied glue to the outer surface of the notebook except for the back.

[Problem that the invention seeks to solve]

Conventionally, only the gluing work was performed automatically, but the present invention performs the separation work of separating the covers one by one from the stacked covers, rounding out the center of the cover, positioning work, gluing work, The purpose of the present invention is to provide a fully automatic cover pasting device that is robust, highly reliable, and uses space effectively, automatically performing all processes from pasting work to transferring finished products.

[Means for solving problems]

The fully automatic cover pasting device of the present invention is arranged on a working stick, and by reciprocating the working stick, a large number of covers stacked in a stacking guide means arranged above the working stick is assembled into one sheet. a suction force switching type separation means that separates the covers one by one and places them on a pair of feed rails arranged substantially horizontally below the stacking guide means; A check claw is interposed on the forward direction side of the separation means by a connecting portion with the means, and is biased to an upright state in which it falls down by a force in the forward direction and stands up by a force in the backward direction. The feed is sent by forward movement to the position of the center rounding heater placed on the work rod, and is energized into an upright state in which it falls down by the force in the forward direction and stands up by the force in the backward direction. The cover, which has been rounded by the heater, is sent to the pasting start position by the claw, and the connecting portion and the feed claw are sequentially arranged in the forward direction, that is, the feed direction, and the cover is laminated during the cover feeding operation. A support body supported on a part of the cover sheet and interposed between the stacking guide means and the working rod, and a medium set substantially horizontally below the feeding means and perpendicular to the feeding direction of the cover sheet. A feed-out position adjustable type booklet feeding means for feeding booklets arranged face up on a book feeding table one by one to an appropriate position of a gluing means in synchronization with the feeding means; and the gluing means. Glue the middle book fed in while pushing it up, place the spine of the middle book on the center of the cover at the pasting start position, and stick the cover and the middle book while pushing the space between the pasting means further up. a lifting means having an intermediate plate that is pushed up to the top plate and then rapidly lowered to return; a transfer unit that transfers the book or notebook that has been pushed up onto the top plate and has been pasted onto the storage shelf; and the work rod; It is characterized by comprising a drive control means for operating the feeding means, the booklet feeding means, the push-up means, and the transfer means in a coordinated manner.

[Effect]

The stacking guide means holds the covers inserted in one direction in a stacked state, and the separating means feeds out the covers one by one and can replenish an appropriate amount of covers at the appropriate time. Enables continuous operation of equipment. By the forward movement of the work rod, the separating means came into contact with and attracted the bottom cover sheet stacked, and by the backward movement, the separating means separated the sheets one by one. The separated cover is placed on a pair of rails without suction force. The work rod is provided with the separating means and a center rounding heater, and by reciprocating motion by the drive control means, the separating means works and the heater is brought into contact with the center of the cover to round out the center of the cover. The support body is interposed between the stacking guide means and the working rod, and contacts and supports a portion of the stacked covers during the cover feeding operation, and also holds the cover during the cover rounding operation using the heater. The sending means is
By the forward movement, the cover sheet placed on the feed rail is sent to the position where the center rounding heater is provided by the connection part with the stacking guide means, and the cover sheet placed on the feed rail is brought back down by the force in the forward movement direction. The cover whose center rounding process has been completed is sent to the pasting start position by the feed claw which is biased into an upright state by the force in the moving direction. The center book feeding means is arranged below the feeding means to feed the center books arranged one by one with their spines facing up on the center book feeding table which is set substantially horizontally so as to be orthogonal to the feeding direction of the cover. After being adjusted by the position adjustment means, it is sent to an appropriate position in synchronization with the delivery means. The pushing-up means pushes up the middle book fed into the gluing means while gluing it, applies the back of the middle book to the sensor on the cover at the pasting start position, and further pushes up between the pasting means to separate the cover and the middle book. It has an intermediate plate that is applied and then pushed up to the top plate of the application means and then rapidly lowered. The transfer means transfers the book or notebook that has been pushed up onto the top plate of the pasting means and has been pasted onto the storage shelf. The drive control means operates each of the above-mentioned means in a harmonious manner, and when the feeding means returns to its pre-feeding position, it moves the separating means and the center rounding heater upward through the working rod to perform the separating operation and the cover, respectively. The center rounding work will be carried out, and after this work is completed, the machine will be returned to its original position. Almost at the same time, the pushing up means is moved upward to push up and glue the middle book fed into the gluing means, perform cover alignment and pasting work, place it on the top plate, and then rapidly lower it. Bring it back. Next, the sending means is moved forward to perform the above-mentioned feeding operation, and the transferring means is activated. Drive control is performed, for example, by a cam mounted on the rotating shaft of the same drive source so that these feeding means, transfer means, separating means, and push-up means can interfere with each other.

〔Example〕

DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the fully automatic cover pasting apparatus of the present invention will be described below with reference to the drawings.

Fig. 1 is a perspective view of the fully automatic cover pasting device of the present invention, Fig. 2 is a rear view thereof, Fig. 3 is a left side view thereof, and Fig. 4 is a perspective view showing the stacking guide means, work rod, and feeding means. , FIGS. 5 and 6 show the same lamination guide means,
An explanatory diagram of the operation of the work rod and the feeding means, FIG. 7 is a perspective view showing the start state of pasting between the cover and the inner book, FIG. 8 is a perspective view showing the pasting means and the conversion means, and FIGS. 9 and 10 are FIG. 6 is an explanatory diagram of the operation of the pasting means.

In the figure, reference numeral 100 denotes a fully automatic cover pasting device according to the present invention, which separates a large number of covers a... stacked in a stacking guide means 110 one by one by reciprocating the work rod 140 in the vertical direction. A suction force switching type separation means 120 placed on a pair of feed rails 101a and 101b arranged substantially horizontally below the stacking guide means 110, and a feed rail 101.
The cover a placed on the sheets a and 101b is sent by the forward movement to the position where the center rounding heater h is provided by the connection part 131 with the stacking guide means 110, and the force in the forward direction is applied. The cover a, which has been rounded by the heater h, is sent to the pasting start position by the feed claws 132, 132, which are biased to the upright state by the force in the backward movement direction, and these are connected. A feeding means 130 in which a portion 131 and a feeding claw 132 are arranged in the forward feeding direction.
and the supporting body 102 which is interposed between the stacking guide means and the work rod and supports the stacked covers during the cover feeding operation, and the feeding means 130 below the support body 102 and the feeding direction of the cover a, which is perpendicular to the feeding direction of the cover a. The means 1 for gluing the middle books N arranged with their backs facing up on the middle book feed table 155 which is set almost horizontally as shown in FIG.
60 to the proper position in synchronization with the feeding means, and the gluing means 16.
0, while pushing up the middle book N, put the back of the middle book N on the center of the cover a at the pasting start position, and pushing the space between the pasting means 170 further up and pasting the cover a and the middle book N. Pasting method 1 after performing
a pushing-up means 180 having an intermediate plate 181 that is pushed up to above the top plates 171a, 171b of 70, and then rapidly lowered to return; and the top plates 171a, 1
Transfer means 1 for transferring the book B or notebook that has been pushed up onto 71b and has been pasted onto the storage shelf 103
90, the sending means 130, and the work rod 14
0, a drive control means 200 for operating the middle book feeding means 150, the push-up means 180, and the transfer means 190 in a coordinated manner. In this embodiment, the stack guide means 110 is connected above the sending means 130 via a connecting portion 131, and performs reciprocating motion together with the sending means 130. In addition, a large number of covers a... inserted through the insertion port 115 are held in a stacked state by a plurality of side walls 111, 112, 113, and the separation/extraction port 1 is located on the opposite side of the insertion port 115.
16, and a cover holding protrusion 114 is provided protruding from the end of at least one side wall 112 of the side walls 111, 112, 113 on the side of the separation outlet. More specifically, the structure includes a side wall 112 in the forward direction that is integrally connected to the side wall 111 of the base body that receives the reciprocating driving force, and a spacing adjustment means that includes a pair of parallel guide rods and an adjustment screw built into the side wall 111. 111a, the side wall 113 is incorporated in the side wall 112 so that the interval can be adjusted freely, and the side wall 113 having an L-shaped cross section and moving in the reciprocating direction can be moved in the reciprocating direction or in the horizontal direction orthogonal to that direction. Adjustment wall 11 incorporating interval adjustment means 113a that adjusts the height and width of
It consists of 3'. Approximately in the center of the side wall 112 is a leaf spring S having a relatively large spring constant, the spring constant of which is adjusted by an adjusting screw C, which is biased so as to form the same surface as the side wall 112. An auxiliary wall 112' having a protruding half-moon-shaped protrusion 114 is provided. The feeding means 130 includes a pair of frames 131a, 131b extending parallel to the feeding rail in the feeding direction, and the frames 131a, 131b.
131b is pivoted by a pin and is biased into an upright state by placing the center of gravity behind the pin so that it falls down when subjected to a force in the forward direction and stands up when subjected to a force in the backward direction. It is composed of a claw 132. The work rod 140 is located below the stacking guide means 110 and is arranged parallel to the feed rails 101a, 101b, and forms a base body with frames 141a, 141b extending horizontally in the forward movement direction,
A pair of rubber suction cups 122a and 122b forming the separation means 120 for the cover a are mounted on the frame 141 at a position opposite to the separation outlet 116 of the stack guide means 110.
a, 141b, and the center of gravity is pinned so that it falls down when subjected to the force in the forward direction of the lamination guide means 110 and stands up when it receives the force in the backward direction. The non-return claw 143 is biased into an upright state by placing it behind the frame 14.
The cover a is attached to the bridge body 143' fixed to 1a and 141b.
They are placed at intervals appropriate to the size of the area. A heater h for center rounding work is disposed in front of this check claw 143. Each suction cup 122a, 1
22b has its central opening communicated with a vacuum pump V that sucks and blows air through a passage in the bridge body 122 and a rubber tube P, and as shown by the imaginary line in FIG. When the cover a is brought into contact with the lowermost stacked cover a by the movement and the pressure is reduced to a vacuum by the vacuum pump V, it is sucked, and as shown by the solid line in Fig. 5, only one cover is moved downward. Separate support 1
02 is placed on the sub-support 102', which forms part of the feed rail, in a downwardly oriented state. As shown in FIG. 6, the cover a placed on the sub-support 102' is transferred to the center rounding work area where the heater h is disposed at the connecting portion 131 by the forward movement of the feeding means 130. When the non-return claw 143 is pushed down and sent out on the feed rails 101a and 101b, and there is a cover a that has been rounded previously in this center rounding work zone, it is simultaneously fed out by the feed claws 132 and 132. It is sent to the pasting start position with the middle book N. The feed claws 132, 1 are attached to the cover a which is locked to the non-return claw 143 of the feed means 130 when the feed means 130 moves back.
32 hits it, but it falls down due to the force in the forward direction and is able to pass. The work of rounding out the center of the cover a, which is carried out in synchronization with the separation work, is carried out using the support 102.
This is carried out by sandwiching the cover a between the heater h and the reciprocating heater h. In this embodiment, since the stacking guide means 110 reciprocates together with the feeding means 130, the portion of the stacked cover a on the opposite side of the protrusion 114 is supported on the supports 102, 102' during the reciprocating movement. On the other hand, the middle book feed stand 155 is connected to the turntable 15.
0', from the storage position shown by the imaginary line in Figure 2 to the use position shown in Figure 1.
It is rotated by 90 degrees and is set perpendicular to the reciprocating direction of the feeding means 130 and the feeding direction of the middle book N. The middle books N are arranged with their spines upward on the conveyor belt of the middle book feed table, and are fed to the sending end by the conveyor belt under the control of a limit switch L1. That is, when a notebook N at the feeding end is sent out, the limit switch L1 rotates a drive motor (not shown) to feed the conveyor belt, and when the next notebook N presses the limit switch, it stops and moves the books one by one to the feeding position. . The booklet feeding means 150 is connected to the feeding means 130 and reciprocates in synchronization with the head portion 15 connected to the lever 212 of the drive control means 200.
1 and a feed rod 1 attached to a regulator 152 for feeding the pad book N to the proper position within the gluing means 160.
53, and a solenoid 154 that deflects outward to synchronize the timing with the cover a during startup. The gluing means 160 includes large and small rollers 161, which are constantly rotated by a motor M.
162 and a glue reservoir 163, and by bringing the outer surface of the middle book N fed by the middle book feeding means 150 into contact with the small rollers 162 with a set interval, it is pressed by the middle insert plate 181. Apply glue while raising. While the middle book N is being fed, it passes through the center separation knife 154 and is placed almost in the center with the center insert plate 181.
can be paid. The lifting means 180 includes an intermediate plate 181 that is reciprocated up and down by a lever 232 of the drive control means 200, and a pair of guide rods 18 thereof.
It consists of 2,182. The insert plate 181 protrudes to a height that allows the insert N to cross inside the gluing means 160 at the bottom dead center, and the pressure plates 171a, 171b of the pasting means 170 at the top dead center.
The inner pocket book is driven by the driving means 230 and reciprocated by the distance that the inner book is pushed up onto the top plate of the inner pocket. The pasting means 170 is vertically and parallelly spaced by a spacing adjuster 179.
A connecting rod of a parallel link mechanism with a pair of base bodies 172a, 172b spaced apart above as fixed links is formed by pressure plates 171a, 171b having a shaped cross section, and swing links 174a, 174b, 175.
The swing angle can be freely adjusted by adjusting the gap between the end face of the swing link a, 175b and the base body 172a, 172b, or the gap between the other end face of the swing link and the pressure plate link 173a, 173b. As shown in Figure 9, the pressure plate link 173 moves downward due to its own weight to narrow the gap.
A and 173b are pushed up by the insert plate 181 to pass the middle book N with the cover a on top and press it to stick it. The product that has been pasted and has become a book B or a notebook is placed on the top plate of the pressure plates 171a, 171b which are closely spaced as shown in FIG. Book B as a finished product is the pressure plate 171a, 17
When placed on the top plate of 1b, the intermediate plate 181 is rapidly lowered, and then by the transfer means 190,
It is transferred to the storage shelf 103. As shown in FIG. 8, this transfer means 190 is a slider 193 that performs reciprocating linear motion by receiving reciprocating driving force from a reciprocating drive means 220 along a pair of linear guide rods 191, 191 in the longitudinal direction of the storage shelf 103. and a gear 194 rotatably supported on the slider 193.
, a rack 195 disposed parallel to the guide rod 191 in mesh with the gear 194, and a hook-shaped book B holder 196 integrally connected to the pivot 194' of the gear 194. ing. Reciprocating drive means 192 in this embodiment
consists of a coil spring 192a disposed around one of the guide bodies that provides a backward force, and a forward drive control means 220 of a sending means that provides a forward force. The drive control means 220 includes a variable speed drive source 2
01 rotates the eccentric plate cam 211, and swings the swinging lever 212, which is urged in the direction of the plate cam 211 by the spring 215, about the fulcrum 212a, and the lever tip 212b and the slider 193 are rotated. Connect the slider 1 via the wire 216
Give forward force to 93. A fan-shaped gear 194 with a center angle of 90 degrees rolls while meshing with a rack 195 as the slider reciprocates, and is rotatably supported in a vertical through hole of the slider 193.
Rotate 94'. Hook-shaped holding body 196
Then, the book B on which the cover a and the middle book N have been attached is turned over 90 degrees on the top plate of the pressure plates 171a and 171b under the rotational force and moving force of the gear 194, and is moved onto the storage shelf 103. Since the storage shelf 103 is slightly lower than the top plate of the pressure plates 171a and 171b, the auxiliary hook 1 is supported by the height adjustment means 197 and moves along the column 198 of the holder.
Book B is released naturally from 99. The drive control means 200 includes a drive control means 210 for reciprocating the stacking guide means 110 and the feeding means 130, a drive control means 220 for reciprocating the work rod 140, and a drive control means 230 for reciprocating the lifting means 180. A corresponding plate cam 211 whose rotation is controlled by a variable speed shared rotary drive source 201,
A roller cam 231 rotatably supported by the plate cam 221 and the plate cam 211 is provided. These plate cams 211 and 221 and the roller cam 231 are such that when the lamination guide means 110 and the sending-out means 130 are in the returned state, the maximum lift portion of the plate cam 211 is at the cam follower 21 of the lever 212 for the sending-out means 130.
The maximum lift convex portion of the plate cam 221 acts on the working rod 1 and moves the working rod 140 upward.
The cam follower 223 of the lever 222 for 40 is pushed up, and the insert plate 181 is moved up and down within the glue applicator 160 and the pressure plates 171a and 171b in order to push up the inner book N and attach the cover a. The roller cam 231 on the cam 211 pushes up the lifting means 1
Half-moon-shaped quick return driven body 2 of lever 232 for 80
33, and in the forward movement state of the stacking guide means 110 and the feeding means 130, the working rod 140
The small lift portion of the plate cam 211 acts on the cam follower 213 so that the plate cam 21 returns downward, and the plate cam 2
21 are combined so as to act on the cam follower 223. The work rod lever 222 is supported almost horizontally on a fulcrum 222a on the machine base so as to be able to swing freely, and at the other end 222b, a long hole is formed in a vertical connecting rod 141 that is integrally connected to the work rod 140. are articulated through pins. The lifting means lever 232 is swingably supported at a fulcrum 232a on the machine base, and is articulated to the base 181' of the intermediate plate 181 via a long hole pin at the other end 232b. .

Fully automatic cover pasting device 100 consisting of the above configuration
This section provides an overview of the operations. This device can start operation regardless of the position of the cover a and the middle book N, but since the cover a is not above the heater h, which is the work area for center rounding of the holding cover a at the initial start of operation, the heater The phototube switch P1 disposed on h or immediately before the pasting start position is activated and the operation is stopped.
When the cover a is fed for the first time because the center rounding work is involved, it is necessary to remove the feeding of the booklet N for the first time, and the booklet feed rod 153 is activated by the solenoid 154 under the control of the limit switch L3. Twist it to the outside. From the next second book onward, the cover a and the middle book N are simultaneously sent out to the pasting line in the vertical longitudinal direction by the feeding means 130 and the middle book feeding means 150, respectively. In addition to the phototube switch P1, another phototube switch P2 is connected to the plate cam 21.
It is arranged on the installation base of the drive source so as to match the detection synchronization hole P2' of No. 1, and when the switch P2 matches the synchronization hole P2', the cover a whose center has been rounded starts to be pasted. The device 100 is configured to be stopped if the device 100 is not moved to the position. This is a safety device provided to prevent the glue-coated inner book N from staining the area around the pressure plate if the cover a is not present. The main points to be adjusted before starting are (1) determining the rotational speed of the output shaft of the variable speed drive source 201 (10 to 20 rotations per minute); (2) Adjust and set the spacing adjustment means 111a and 113a so that the lamination guide means 110 that accommodates the cover a is adjusted to the dimensions of the cover a. (3) Adjust the spring constant of the spring S using the adjustment screw C so that it can be easily separated depending on the thickness of the cover a. (4) Support 10 depending on the dimensions of cover a
The adjustment means 102a adjusts the interval of 2. (5) The position of the inner book N with respect to the cover a is adjusted by the adjuster 152 that supports the inner book feed rod 153. (6) Middle book N
The distance between the pressure plates 171a and 171b forming the connecting rods of the parallel link mechanism is adjusted by the adjuster 179, and the distance between the small rollers 162 of the gluing means 160 is also adjusted by the adjuster based on the same principle. Set.
(7) Depending on the type of cover a to be used, set the temperature of the heater h to the required temperature (for example, around 80°C for a laser cover) using the temperature setting device on the panel, and then turn on the beater switch. (8) The roundness width of the cover a is adjusted by moving the heater h up and down using the adjustment screw h''. (9) Adjust the auxiliary hook 199 according to the width of the book B using the height adjustment means 197. (10) The shelf 103 that accommodates the book is adjusted to the length of the book B by the adjusting means 103'. (11) Turn on the start switch SW5 of the motor M of the gluing device.

After adjusting and setting the adjustment means and center of each part,
Turn on the operation push button SW1 on the panel and rotate the drive source 201. Each plate cam 211, 22
1 and the roller cam 231 start rotating, and the work rod 1
40 moves upward, the suction cup 122
a and 122b are depressurized by the vacuum pump V controlled by turning on the limit switch L4, and the bottom part of the stacked covers a is sucked, and by the downward movement, the limit switch L4 is turned off and the vacuum pump V conversely sends air to separate the adsorbed cover a on the support 102. At the same time, the heater h also moves upward, and the previously fed cover sheet a on the heater h is narrowed and center-rounded by the support 102 and the heater h. The feeding means 130 uses a plate cam 211 via a lever 212 to move the cover a, which has undergone the center rounding process, to the pasting start position by means of feeding pawls 132, 132, and at the same time moves the cover a to the support body 10 by means of the connecting portion 131.
The cover a placed on 2' is sent onto the heater h by moving the check claw 143 forward. For double movement, feed claw 13
2,132 hits the cover a sent onto the heater h, passes forward and passes through the feeding means 130
will return. A middle book feeding means 150 integrally connected to this sending means 130 sends one middle book N to a predetermined position within the pasting means 160 during forward movement. After the feeding means 130 and the middle book feeding means 150 return, the work of the work rod 140 described above is repeated, and the pushing up means 180 moves upward to move the middle insert plate 181.
The inner book N in the gluing means 160 is pushed up and pasted with the cover a, and the book B that has been pasted is placed on the top plate of the pressure plates 171a and 171b.
Place it as. The placed book B is inverted and moved onto the storage shelf 103 by the holder 196, which rotates and moves in synchronization with the swinging of the delivery lever 212. The above operation completes one cycle by one revolution of the plate cams 211, 221 and the roller cam 231, and is continuously repeated. In addition, the top operation panel CP includes the main power switch MS,
Gluing roller start switch RS, heater heating switch HS, inching feed switch IS, etc. are provided.

[Effective invention]

As described above, the fully automatic cover pasting device 100 of the present invention performs the work of separating the cover a, rounding out the center of the cover a, and positioning the middle book N in the horizontal and lateral directions, and performs the gluing in the vertical and longitudinal directions. After performing the work and pasting work, the completed book B is transferred horizontally upwards again, and the storage work is performed to make effective use of the space and more quickly and automatically add the booklet N to the cover a with consistent accuracy. It can be attached and bound. Furthermore, if a plate cam driven by a single common drive source 201 is used, there will be no malfunction and higher reliability can be obtained.

[Brief explanation of drawings]

Fig. 1 is a perspective view of the fully automatic cover pasting device of the present invention, Fig. 2 is a rear view thereof, Fig. 3 is a left side view thereof, and Fig. 4 is a perspective view showing the stacking guide means, work rod, and feeding means. , FIGS. 5 and 6 show the same lamination guide means,
An explanatory diagram of the operation of the work rod and the feeding means, FIG. 7 is a perspective view showing the start state of pasting between the cover and the inner book, FIG. 8 is a perspective view showing the pasting means and the converting means, and FIGS. 9 and 10 are FIG. 6 is an explanatory diagram of the operation of the pasting means. 100... Fully automatic cover pasting device of the present invention, 10
1a, 101b...Feeding rail, 102...Supporting means, 110...Lamination guide means, 120...Separation means, 130...Feeding means, 131...Connecting portion, 132...Feeding claw, 140...Working rod , 15
5... Table for feeding the notebook, 160... Gluing means, 170
... Pasting means, 180 ... Pushing up means, 181
...Intermediate plate, 190...Transfer means, 200...
Drive control means, a...cover, h...heater, N...
... middle book.

Claims (1)

[Scope of Claims] 1. A single sheet of a large number of covers stacked in a stacking guide means arranged above the working stick and reciprocating in the vertical direction of the working stick. a suction force switching type separation means that separates the covers one by one and places them on a pair of feed rails arranged substantially horizontally below the stacking guide means; A check claw is interposed on the forward direction side of the separation means by a connecting portion with the means, and is biased to an upright state in which it falls down by a force in the forward direction and stands up by a force in the backward direction. A feed claw is sent to the center rounding heater position arranged on the work rod by forward movement, and is biased to an upright state where it falls down by the force in the forward direction and stands up by the force in the backward direction. The cover, which has been rounded by the heater, is sent to the pasting start position, and the connecting portion and the feed pawl are sequentially arranged in the feed direction, which is the forward movement direction, and the cover is laminated during the feed operation of the cover. a support body interposed between the stacking guide means and the working rod, which supports a part of the cover sheet; A feed-out position adjustable type booklet feeding means for feeding booklets arranged with their spines upward on a book feeding table one by one to an appropriate position of the gluing means in synchronization with the feeding means, and the gluing means The pasting means presses up the middle book fed into the pad while pasting it with glue, places the spine of the middle book on the center of the cover at the pasting start position, and sticks the cover and the middle book while pushing the space between the pasting means further up. a pushing-up means having an intermediate plate that is pushed up to the top plate and then rapidly lowered to return; a transfer unit that transfers the book or notebook that has been pushed up onto the top plate and has been pasted onto the storage shelf; A fully automatic cover pasting device characterized by comprising a drive control means for operating a rod, a feeding means, a booklet feeding means, a push-up means, and a transfer means in a coordinated manner. 2. The stacking guide means holds a large number of covers inserted through the insertion port in a stacked state by a plurality of side walls, and feeds out these covers one by one from the separation and extraction port on the opposite side of the insertion port, 2. The device according to claim 1, further comprising a cover support projection protruding from the end of at least one of the plurality of side walls on the side of the separation outlet. 3. The apparatus according to claim 1, wherein said separating means comprises a pair of suction cups communicating with a vacuum pump. 4. The inner book feeding means is equipped with an adjusting means for adjusting the forwarding or retracting of the sending rod in the feeding direction in order to adjust the arrangement of the inner book within the gluing means, and a deflecting means for deflecting the sending rod to enable empty feeding. An apparatus according to claim 1. 5. The pasting means is formed by a pressure plate having a longitudinal cross section in the shape of a connecting rod of a parallel link mechanism in which a pair of vertically and parallelly spaced base bodies are fixed links, and the end face of the swinging link and the base body 2. The apparatus according to claim 1, wherein the swing angle is adjustable by adjusting the gap between the swing link and the base plate and the other end surface of the swing link. 6. A slider in which the transfer means performs reciprocating linear motion along a substantially horizontal linear guide body by receiving a reciprocating driving force from a reciprocating drive means, a gear rotatably supported by the slider, and the gear. 2. A device according to claim 1, comprising a rack disposed parallel to said guide in mesh with said gear, and an article holder integrally connected to said gear pivot.