JPH0986661A - Carrying-out processing device for booklet - Google Patents

Abstract

PROBLEM TO BE SOLVED: To pile together a booklet to discharge, by forming each prescribed number of the booklets turned upside down without disarranging an attitude of the booklet. SOLUTION: A turn table 20 is provided under the first shutter 10, the second shutter 30 is mounted in the turn table 20. Booklets S, S..., accumulated on the first shutter 10, are dropped down onto the second shutter 30, the turn table 20 is horizontanlly rotated 180 deg. as necessary, and the second shutter 30 is opened, so as to drop down the booklet onto a table 40 in the downward.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a booklet which is continuously discharged from a three-sided cutting machine in a bookbinding process (a small edge and a top and bottom are cut into a predetermined size by a three-sided cutting machine; the same applies hereinafter). The present invention relates to a booklet carry-out processing device for efficiently stacking and carrying out paper in a correct posture.

[0002]

2. Description of the Related Art It is necessary that a booklet from a three-sided cutting machine is turned upside down for every predetermined number of books to be piled up and carried out. This is because if the top and bottom directions are the same and an excessively large number of books are accumulated, the stability of the booklets cannot be maintained and the upper booklets will slide down in the edge direction.

Therefore, there is known a booklet carry-out device provided with a turntable in order to stack booklets while reversing the top and bottom for every predetermined number of books. This is one in which booklets from a three-sided cutting machine are stacked in order on a turntable,
Each time a predetermined number of booklets are deposited on the turntable, the turntable can be horizontally rotated 180 ° to turn the booklet upside down. The booklet on the turntable is pushed out of the turntable all at once through, for example, a pusher and transferred onto a roller conveyor for discharge.

[0004]

According to the conventional technique, the booklets from the three-sided cutting machine are directly deposited on the turntable. Therefore, when the number of booklets on the turntable is small, the booklet is dropped over a long distance. There is a problem in that the posture when falling on the turntable tends to be disturbed. In addition, the turntable must be surely rotated within a short time interval in which the booklet is supplied from the three-way cutting machine, and the booklet is laterally moved within this time interval to reliably eject it outside the turntable. Therefore, it is necessary to rapidly move the turntable or the booklet on the turntable, which causes a problem that the accumulated booklet collapses. In order to prevent such booklet disturbance, it is necessary to lengthen the feed interval of the booklet from the three-sided cutting machine and sufficiently slow the rotation speed of the turntable and the discharge speed of the booklet from the turntable. As a result, the operating speed of the machine is unduly reduced, and the overall work efficiency is hindered.

Therefore, in view of the problems of the prior art, an object of the present invention is to combine a first shutter and a turntable having a second shutter up and down, without disturbing the posture of the accumulated booklets. An object of the present invention is to provide a booklet carry-out processing device capable of maintaining the overall work efficiency sufficiently high.

[0006]

SUMMARY OF THE INVENTION The structure of the present invention for achieving the above object is provided with a first shutter which opens and closes to the left and right and accumulates booklets from a three-sided cutting machine, and below the first shutter. A horizontally rotatable turntable and a second turntable mounted on the turntable for receiving a booklet from the first shutter
The turntable has a shutter, and the top and bottom of the booklet on the second shutter are inverted. The second shutter is opened left and right to drop the booklet below the turntable.

The first shutter may have an edge guide for regulating the position of the booklet in the fore edge direction, and further may have an up / down guide for regulating the position of the booklet in the up / down direction.

A pair of left and right tables for receiving a booklet from the second shutter may be disposed below the turntable so that the tables can be moved directly below the turntable alternately. It may be movable.

A roller conveyor for transferring booklets on the table can be arranged below the turntable, and a lifter for transferring booklets from the roller conveyor is arranged downstream of the roller conveyor. Can be installed.

A belt conveyor for separation may be attached to the downstream end of the roller conveyor for discharging.

[0011]

According to the structure of the present invention, the first shutter can deposit the booklet from the three-way cutting machine above the turntable, and the turntable can place the booklet from the first shutter on the second shutter. With receiving
By rotating horizontally, the top and bottom of the booklet can be inverted. That is, the turntable may rotate the entire body including the second shutter and reverse the top and bottom of the booklet on the second shutter until a predetermined number of booklets are accumulated on the first shutter. Further, the second shutter can drop the booklet below the turntable by opening it to the left and right, and eject it to the outside of the turntable.

If the edge guide is provided on the first shutter, the edge guide can regulate the position of the booklet from the three-sided cutting machine in the edge direction, and if the edge guide is provided, the edge guide can be provided.
Since the top-bottom guide can regulate the position of the booklet in the top-bottom direction, it is possible to correctly control the stacking position and the posture of the booklet deposited on the first shutter.

When a pair of left and right tables are arranged below the turntable, each table alternately advances directly below the turntable and can receive a booklet from the second shutter on the turntable. Therefore, each table can alternately execute the operation of receiving the booklet from the second shutter and ejecting the received booklet to the outside, and the ejection speed of the booklet can be appropriately suppressed.

By allowing each table to move up and down individually, when receiving the booklet from the second shutter, the table can be gradually lowered from a position sufficiently close to the turntable. Therefore, the booklet from the second shutter can be lowered. The fall distance of will not be too large, and the posture of the booklet will not be disturbed.

When the roller conveyor is arranged below the turntable, the roller conveyor can transfer the booklet on the table and eject it in the horizontal direction.

If a lifter is arranged on the downstream side of the roller conveyor, the lifter can convey the booklet from the roller conveyor upward and transfer it onto the discharging roller conveyor.

If a belt conveyor for separating is attached to the downstream end of the roller conveyor for discharging, the belt conveyor will be
The booklets on the roller conveyor can be separated into units, and the subsequent handling can be simplified.

[0018]

BEST MODE FOR CARRYING OUT THE INVENTION Embodiments of the present invention will be described below with reference to the drawings.

The booklet carry-out processing device includes a first shutter 10
The turntable 20 and the second shutter 30 mounted on the turntable 20 are the main members (FIG. 1).

The first shutter 10 has left and right rods 11, 11 ... Which face each other (FIGS. 1 and 2). The rods 11, 11, ... Are horizontally arranged via the left and right support members 12, 12, and the support members 12, 12 are horizontally movably supported by the common guide rods 12a, 12a. (The solid line and the chain double-dashed line in Figure 2).

The first shutter 10 is provided with a pair of left and right plate-shaped edge guides 13, 13. Downward recesses are formed in the lower portion of each of the fore edge guides 13 so as to correspond to the rods 11, 11 ... And the fore edge guides 13 and 13 are horizontally movable left and right via common guide rods 13a and 13a. It is supported.

Above the first shutter 10, a pair of front and rear rod-shaped top and bottom guides 14, 14 are arranged. Each top-and-bottom guide 14 is vertically provided on the lower surface of the support block 15, and the support blocks 15 and 15 are the common guide rods 1.
It is supported so as to be horizontally movable back and forth via 5a and 15a.

A belt conveyor C is disposed on one side of the first shutter 10. The upstream side of the belt conveyor C is connected to a three-way cutting machine (not shown), and the belt conveyor C can carry the booklet S from the three-way cutting machine onto the first shutter 10 via one of the edge guides 13. Yes (direction of arrow Kc in Fig. 1). The booklet S on the belt conveyor C is conveyed with the spine S1 side facing forward in the traveling direction and the edge S2 side facing backward in the traveling direction.

The first shutter 10 can be opened and closed left and right by simultaneously driving the left and right support members 12, 12 in opposite directions using a common cylinder (not shown) as a drive source. Further, the fore edge guides 13 and 13 are arranged so that the distance d therebetween is adapted to the fore edge size a of the booklet S to be carried in.
Through a ball screw shaft (not shown), it is possible to simultaneously move and adjust left and right. However, the edge guides 13, 13 are
The first shutter 10 can be moved and adjusted to both sides of the center line L so that the first shutter 10 is always located at the same distance on both sides of the center line L. Further, the belt conveyor C can be moved back and forth in conjunction with the edge guide 13 on the belt conveyor C side. The edge guide 13 on the belt conveyor C side is
By operating the belt conveyor C, the driving force of the belt conveyor C can be used to reciprocate left and right through a coupling mechanism (not shown).

The top and bottom guides 15 and 15 can be simultaneously moved and adjusted in the front and rear directions through a manual handle (not shown) so as to match the top and bottom dimensions b of the booklet S. By operating the belt conveyor C, the top and bottom guides 15 and 15 can be reciprocally oscillated back and forth using the driving force of the belt conveyor C.

Therefore, the booklet S carried in by the belt conveyor C can be regulated by the edge guides 13 and 13 in the edge direction position and by the up and down guides 14 and 14 in the up and down direction. It can be correctly positioned on the center line L of 10 and can be sequentially deposited on the first shutter 10. Further, at this time, the booklets S, S, ... Accumulated on the first shutter 10 are correctly moved forward and backward and left and right by the edge guide 13 and the top and bottom guides 14 and 14 on the belt conveyor C side being reciprocally vibrated left and right and front and back, respectively. You can stack them side by side.

The turntable 20 includes the first shutter 10
The disk-shaped table body 21 is disposed below the table.
And a pulley 22 that rotationally drives the table body 21 (FIGS. 1 and 3).

The table main body 21 has a square hole 21a in the center and is supported rotatably horizontally via guide pulleys 21b, 21b ... Also, the table body 2
1, between the pulleys 22, guide pulleys 23a, 23a
The wire 23 is crossed and wound around.
A drive cylinder 22a is connected to the pulley 22 at an eccentric position, and the table body 21 is connected to the cylinder 22a.
180 ° to the left and right via the wire 23 by extending and retracting the pulley to rotate the pulley 22 left and right (arrow K2a in FIG. 3).
° It can be rotated horizontally (arrow K2b in the figure).

On the upper surface of the table body 21, a square hole 21a is formed.
A pair of plate-shaped edge guides 24, 24 and a vertical guide 25, 25 are provided so as to correspond to the opposite sides of the above. The front guides 24, 24 are front and rear guide rods 24.
The guide rods 24a and 24a are movable to the left and right via a and 24a.
Both ends are supported via 4b. The top and bottom guides 25, 25 are fixed to the respective tips of the slide members 25a, 25a, and the slide members 25a, 25a are movable back and forth via slide bases 25b, 25b. The lower portions of the edge guides 24 and the vertical guide 25 project to the lower surface of the table body 21 through the square holes 21a, and the lower end of the former has recesses corresponding to the rods 31, 31, ... Of the second shutter 30. Is formed downwards,
At the lower end of the latter, a small protrusion is formed downward.

The edge guides 24, 24 are connected to each other via a wire (not shown), and the gap between them is a booklet S.
It is possible to manually adjust the movement in the left and right directions by interlocking with the opposite direction so as to conform to the edge size a. In addition, the top and bottom guides 25, 25 are spaced apart from each other by the top and bottom dimension b of the booklet S.
Can be manually adjusted to move back and forth.

The second shutter 30 is mounted on the lower surface of the table body 21 so as to correspond to the square hole 21a of the table body 21.

The second shutter 30 includes support members 32, 32.
, And left and right rods 31, 31 ... Arranged so as to face each other via the. Support blocks 32a and 32a are attached to both ends of the support members 32 and 32, respectively.
The front and rear support blocks 32a, 32a are supported movably left and right via a common guide rod 33.
In addition, the bracket 33 is attached to both ends of each guide rod 33.
a, 33a are fixed, and the guide rods 33, 33 are fixed.
Are fixed to the lower surface of the table body 21 via brackets 33a, 33a .... The bracket 33
It is assumed that a, 33a ... Correspond to the four corners of the square hole 21a of the table body 21.

The left and right support members 32, 32 are connected to a common cylinder via a wire (not shown). Therefore, the second shutter 30 can be opened and closed left and right by expanding and contracting the cylinder.

Below the turntable 20, a pair of left and right tables 40, 40 are arranged (FIGS. 1 and 4).

Each table 40 has plate-shaped rods 41, 41 ...
The table surface is formed by. Arm 41a
Is provided on the front surface of the elevating member 42, and
2 is assembled on the front surface of the vertical frame 43 so as to be able to move up and down. The elevating member 42 can be driven up and down via a cylinder (not shown) incorporated in the vertical frame 43 (solid line and chain double-dashed line in FIG. 4). Also, the left and right vertical frames 4
3, 43 can be individually laterally moved along a common transverse guide 44, 44 via a cylinder (not shown) (the same).

Therefore, the tables 40, 40 can be alternately advanced directly below the turntable 20 by laterally moving the vertical frames 43, 43. Also,
Each table 40 can be individually moved up and down by elevating the elevating member 42.

Inside the tables 40, 40, a pair of left and right edge guide devices 50, 50 are arranged (FIGS. 1 and 5).

Each of the edge guide devices 50 is formed by vertically arranging a plurality of guide members 51, 51 ... On the lower surface of an upper support member 52. However, the guide members 51, 51 ...
The rods 41, 41 ... Of the table 40 are arranged with appropriate gaps so that they can enter from the outside to the inside (FIGS. 5 and 6). A main guide member 51, 51 ... Has an auxiliary guide 51a attached to the inner end surface thereof.
Further, the frontmost guide member 51 is provided with a large plate-shaped auxiliary guide 51b protruding forward. In addition, the bracket 52 is provided on each end of the support members 52, 52.
a and 52a are fixed, and the front and rear brackets 52
Common guide rods 53, 53 are slidably penetrated through a and 52a.

The left and right support members 52, 52 can be simultaneously moved in opposite directions along the guide rods 53, 53 via a common ball screw shaft (not shown). Therefore, the left and right edge guide devices 50, 50 can be arbitrarily adjusted and set so as to fit the edge size a of the booklet S.

Below the turntable 20, two long left and right rows of roller conveyors 60, 60 are arranged forward (FIGS. 1 and 7).

Each roller conveyor 60 is formed by arranging a large number of conveyor rollers 61, 61 ... on the upper surface of a gutter-shaped frame 62. However, on the rear side of the frame 62, that is, on the upstream side of the roller conveyor 60, the recesses 62a, 6 are formed corresponding to the rods 41, 41 of the table 40.
2a ... are formed facing upward (FIG. 8), and the rod 4
.. can be completely sunk into the concave portions 62a, 62a ..

A pusher 63 is provided upright at the rear of the roller conveyors 60, 60 (FIGS. 1 and 7). The pusher 63 is configured by attaching a pusher plate 63a to the front surface of a pillar member 63b, and the pillar member 63b is formed on the upper surface of a long base frame 63d arranged below the roller conveyors 60, 60 together with the base plate 63c. You can move back and forth along. That is, a cylinder (not shown) is housed in the base frame 63d, and the pusher 63 is
By expanding and contracting the cylinder, the roller conveyor 6
It is possible to move back and forth in the gap between 0 and 60.

A lifter 70 is disposed on the front side of the roller conveyors 60, that is, on the downstream side.

The lifter 70 is constructed by arranging two rows of left and right roller conveyors 71, 71 in parallel. The lifter 70 has a connecting plate 72a for connecting the roller conveyors 71, 71.
Guide cylinders 72, 72 are attached to the left and right through
Guide rods 72b, 72b are provided on the guide cylinders 72, 72.
Are slidably penetrated. Therefore, the lifter 70 is provided with the guide rods 72b, 72b via a cylinder (not shown).
Can be moved up and down along the line (solid line and two-dot chain line in FIG. 7). In addition, in order to reduce a substantial load applied to the cylinder, it is preferable to add a counter weight or a balancing load by a spring to the lifter 70. When lowering the lifter 70, the roller conveyors 71, 71 of the lifter 70 can be continuously provided at the same height as the upstream roller conveyors 60, 60.

A stopper 73 is provided upright on the downstream side of the lifter 70 that has been lowered. The stopper 73 is erected so as to correspond to the gap between the roller conveyors 71, 71 via the slide base 73a.
3. The slide base 73a can be moved back and forth along the guide rods 73b and 73b via a manual handle (not shown). The stopper 73 is a lifter 70.
The position of the booklet S to be transferred above should be adjusted appropriately according to the vertical dimension b.

The lifter 70 includes a pair of left and right guide plates 7
4, 74 are attached. The guide plates 74, 74 can be moved in the opposite directions by interlocking with each other via a manual handle (not shown), and the distance between them can be adapted to the small size a of the booklet S.

A pusher 75 is disposed on the upstream side of the lifter 70 that has been raised. The pusher 75 is hung from the upper support frame 75b via the base plate 75a so as to correspond to the gap between the roller conveyors 71, 71. The pusher 75 uses a cylinder (not shown) housed in the support frame 75b to move the roller conveyor 7
It can be moved back and forth between 1 and 71.

A roller conveyor 80 for discharging is disposed downstream of the lifter 70 that has been raised. The roller conveyor 80 includes a large number of rollers 81 on the upper surface of a frame 82,
81 is constructed by being installed, and a belt conveyor 83 for actively driven separation is attached to the downstream end of the frame 82. The roller conveyor 80 is provided with a pair of left and right guide plates 84, 84, and each guide plate 84 is fitted with a manual handle (not shown) so that the distance between the guide plates 84 fits the fore edge size a of the booklet S. , Can be adjusted individually.

The operation of such a booklet carry-out processing device is as follows.

First, the edge guides 13 and 13 of the first shutter 10, the edge guides 24 and 24 of the turntable 20, and the tables 40 and 40 are adapted to fit the edge size a of the booklet S carried in via the conveyor C. Corresponding to the edge guide device 50, 50, the guide plate 74, 74 of the lifter 70,
The positions and intervals of the guide plates 84, 84 of the roller conveyor 80 are adjusted and set. Further, the vertical guides 14, 14 of the first shutter 10 are fitted so as to fit the vertical dimension b of the booklet S.
The positions and intervals of the top and bottom guides 25, 25 of the turntable 20 and the position of the stopper 73 on the downstream side of the lifter 70 are adjusted and set. The first shutter 10 and the second shutter 30
... closes the respective rods 11, 11, ..., 31, 31 ... And waits, and the left and right tables 40, 40 raise both of them, and one of them advances to the position just below the turntable 20 and waits. Further, the pusher 63 is retracted to the upstream ends of the roller conveyors 60, 60, the lifter 70 is lowered, and the pusher 75 is retracted to the upstream end of the lifter 70 to stand by.

Therefore, when the belt conveyor C is operated to carry in the booklet S from the three-sided cutting machine, the booklet S can be sequentially deposited on the rods 11, 11, ... Of the first shutter 10 (FIG. 9 (A). )). At this time, the booklet S on the first shutter 10 is guided by the fore edge guides 13, 13 and the top and bottom guides 14, 14, and the fore edge guide 13 on the belt conveyor C side vibrates to the left and right, so that the top and bottom guides 14, By vibrating back and forth, it is possible to orderly deposit on the specified position on the first shutter 10 ((B) of the same figure).

On the first shutter 10, a predetermined number of booklets S,
When S ... is deposited, the rod 11 of the first shutter 10,
11 ... are opened to the left and right (two-dot chain line in the same figure (B)), and the booklets S, S ... on the first shutter 10 are passed through the square holes 21a of the table body 21 of the turntable 20 and the second shutter 30.
.. are dropped all at once on the rods 31, 31, ... As a booklet group Sa. The first shutter 10 includes the rods 11 and 11
Is closed immediately to prepare for carrying in the next booklet S ((C) in the same figure). At this time, the booklet group Sa on the second shutter 30
According to the posture of the booklet S on the belt conveyor C, the spine S1 of each booklet S is aligned on one side.

Next, the rod 3 of the second shutter 30.
When 1, 31, ... Are opened to the left and right (two-dot chain line in the same figure (C)),
The booklet group Sa on the second shutter 30 is the turntable 2
One of the rods 40 on the table 40 that has advanced directly under 0
1, 41 ... Can be dropped on top. When the booklet group Sa drops, the second shutter 30 is immediately closed (see FIG. 10).
(A)), The table 40 on the side receiving the booklet group Sa is lowered by the height corresponding to the height of the booklet group Sa (two-dot chain line in FIG.

Next, when a predetermined number of booklets S, S ... Are accumulated on the first shutter 10 (FIG. 6), the booklet group Sa is dropped onto the second shutter 30 in the same manner as the previous time. Therefore, when the table body 21 of the turntable 20 is horizontally rotated by 180 °, the second shutter 30 is opened, and the booklet group Sa is dropped onto the table 40, the table 40
On top of this, a new booklet group Sa can be stacked by reversing the top and bottom of the booklets S, S ... With respect to the previous booklet group Sa. Therefore, by repeating the same procedure thereafter, the booklet group Sa, Sa ... Can be deposited on the table 40 by reversing the top and bottom for each predetermined number of booklets S, S. ).

Each time the table 40 receives the booklet group Sa, the table 40 descends by the height of the booklet group Sa, and at the descending limit, the rods 41, 41 ... Recesses 62a, 62a. By sinking inside, the booklet groups Sa, Sa ... On the rods 41, 41 ... Can be transferred to the upstream side of the roller conveyors 60, 60 (FIG. 8, FIG. 8). At this time, the roller conveyor 6
The booklet groups Sa, Sa, ... on 0, 60 are located immediately in front of the pusher 63.

The booklet group Sa, Sa ... Is the roller conveyor 6
0, 60, the table 40 on the side receiving the booklet groups Sa, Sa ... Is withdrawn from directly under the turntable 20 (FIG. 10C), and the other table 40 is turned on. By advancing directly below, the whole operation can be performed in the same manner. First
Shutter 10, second shutter 30, turntable 20
This is because the booklet groups Sa, Sa ... Falling in order through the can be stacked while reversing the top and bottom on the rods 41, 41 ... of the table 40 newly advanced just below the turntable 20.

On the other hand, the booklet group Sa, Sa ...
When it is transferred from the roller conveyor 60 to the upstream side of the roller conveyor 60 (FIG. 11A), the pusher 63 is moved to the roller conveyor 6
Advance into the gap between 0 and 60, booklet group Sa, Sa ...
Are transferred onto the lifter 70 (two-dot chain line in FIG. 7A, FIG. 7B). At this time, the booklet group Sa, Sa ... Can be stopped at an appropriate position on the lifter 70 by the stopper 73.

Subsequently, when the lifter 70 is raised (two-dot chain line in FIG. 7B), the booklet group Sa, Sa ... Ascends to the front of the pusher 75 via the lifter 70, and thereafter, the pusher 75. ., Can be pushed out onto the discharging roller conveyor 80 (FIG. 7C). So at this time,
If the preceding booklet group Sa, Sa ... Is present on the roller conveyor 80, the belt conveyor 83 for separating only the preceding booklet group Sa, Sa ... And the succeeding booklet group Sa, Sa.
It can be discharged from the belt conveyor C1 for discharging (two-dot chain line in the figure).

On the other hand, the pusher 63 is returned to its original position when the lifter 70 is raised (the same figure). The pusher 75 also lifts the booklet group Sa, Sa ...
Immediately after being discharged from the roller conveyor 80 to the original position, the lifter 70 is simultaneously lowered and returned to the original position. Thereafter, the same procedure may be repeated each time a new booklet group Sa, Sa ... Is transferred from the tables 40, 40 onto the roller conveyors 60, 60.

[0060]

As described above, according to the present invention, by providing the first shutter and the horizontally rotatable turntable having the second shutter, the booklet from the three-sided cutting machine is provided with the first shutter. After stacking on top, it can be dropped as a booklet on the second shutter, and if necessary, the top and bottom can be turned upside down via a turntable and then dropped down to be discharged. Even if the time interval of the supplied booklet is short, it is not necessary to rotate the turntable at an excessively high rotation speed or to move the booklet abruptly laterally, so that the entire work can be performed without disturbing the posture of the booklet. There is an excellent effect that the efficiency can be maintained sufficiently high.

[Brief description of drawings]

FIG. 1 is an exploded perspective view of the entire configuration.

FIG. 2 is an equivalent view taken along the line XX of FIG.

FIG. 3 is an exploded perspective view of a main part.

FIG. 4 is a perspective view of a main part (1)

FIG. 5 is a perspective view of a main part (2)

FIG. 6 is an equivalent view taken along the line YY of FIG.

FIG. 7 is a perspective view of a main part (3)

8 is an enlarged side view of the main part of FIG.

[Fig. 9] Operation explanatory diagram (1)

FIG. 10 is an operation explanatory diagram (2)

FIG. 11 is an operation explanatory view (3).

[Explanation of symbols]

 S ... booklet 10 ... first shutter 13 ... small edge guide 14 ... top-bottom guide 20 ... turntable 30 ... second shutter 40 ... table 60 ... roller conveyor 70 ... lifter 80 ... roller conveyor 83 ... belt conveyor

Claims (8)

[Claims] 1. A first shutter which opens and closes left and right and accumulates booklets from a three-sided cutting machine, a horizontally rotatable turntable disposed below the first shutter, and a turntable mounted on the turntable. Second receiving booklet from first shutter
A shutter is provided, the turntable reverses the top and bottom of the booklet on the second shutter, and the second shutter opens the left and right to drop the booklet below the turntable. A device for carrying out booklets. 2. The booklet carry-out processing device according to claim 1, wherein the first shutter has a fore edge guide that regulates a position of the booklet in the fore edge direction. 3. The booklet carry-out processing apparatus according to claim 2, wherein the first shutter has a top-bottom guide that regulates the position of the booklet in the top-bottom direction. 4. A pair of left and right tables for receiving a booklet from the second shutter is arranged below the turntable, and the tables can be alternately advanced directly below the turntable. The booklet carry-out processing device according to any one of claims 1 to 3. 5. The booklet carry-out processing device according to claim 4, wherein the table is vertically movable individually. 6. The booklet carry-out processing device according to claim 4, wherein a roller conveyor for transferring the booklets on the table is arranged below the turntable. 7. A lifter for transferring a booklet from the roller conveyor is arranged downstream of the roller conveyor,
7. The apparatus for carrying out a booklet according to claim 6, wherein a roller conveyor for discharging is arranged on the downstream side of the lifter. 8. The apparatus for carrying out a booklet according to claim 7, wherein a belt conveyor for separating is attached to the downstream end of the discharging roller conveyor.