JPS58118295A - Paper bound folding perforator - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention allows a stack of multiple sheets of paper to be folded in half-stitched, half-stitched half-folded, half-stitched half-folded, straight-stitched without folding, double-folded half-stitched, double-folded as needed.
This invention relates to a paper binding and punching machine capable of folding, binding, and punching at desired positions, such as folding, staggered stitching, and punching.

Generally, when making a book, a stack of multiple sheets of paper is stacked together in the center and then folded from that part, or one end of the stack of paper is stitched together and then bound together. ing.

Conventionally, this type of bookbinding machine was used.

Paper binding machines and paper folding machines are known separately, and when binding a book, these machines are used either separately or in succession, resulting in poor bookbinding efficiency, high costs, and limited machine installation space. It has some drawbacks such as being wide (required).

Therefore, in view of the above-mentioned drawbacks of the conventional art, the present invention has been developed to perform bundling, half-stitching, half-folding, flat-stitching, half-folding, F paper folding, double-folding, double-folding, folding only, double-folding, etc. To obtain a paper binding, folding, and perforating machine whose purpose is to efficiently perform desired binding, folding, and perforation by selecting the perforation, perforation, etc. by operating a lever and a selection button. The gist of the system is that it is equipped with a paper feed board, a paper feed claw, a paper feed plate, and a paper feed stop plate, and detects the paper stack on the paper feed board and determines the size of the paper. It is also equipped with a paper feeding device that feeds the selected desired paper binding and paper fold f+' in accordance with the position, a steering wheel, a stylus, a bending piece, a wire feeding mechanism, and a mechanism, etc., to feed the paper stack. A paper folding device comprising a paper binding device for selectively stitching at a desired position, a wire supply device for supplying a wire to the stitcher, a folding stomper, a folding knife, and a folding means consisting of a plurality of 1/11 rollers, etc. , a zigzag device, a perforation pressure device, and a function selection device for selecting and operating various types of paper binding, paper folding, and perforation. The present invention is capable of continuously performing the desired binding, folding, and file punching by operating each of the above-mentioned devices and selecting the desired binding, folding, and punching functions for the paper bundle.

The present invention will be explained in detail below based on the drawings showing specific examples of implementation.

FIG. 1 shows the appearance of the machine of the present invention, which includes a paper feeding device A, a paper binding device B, as shown in FIGS. 2 to 19,
It is composed of a wire supply device C, a paper folding device, a zigzag device E, a hole punching device F, and a one-function selection device G.

First, the paper feeding device A is shown in FIGS. 1, 2, 5, and 8.
As shown in FIGS. 12 and 12, it has a paper feed board 5 which is formed at an angle, and the stack of paper placed on the paper feed board 5 comes into contact with the paper feed ruler 6 and the paper side is "1". 11 items are now available.

The paper feed ruler 6 can be moved in the direction of the arrow Iella shown in FIGS. 3 and 5 by a switch 8 on the operation panel 7 depending on the size of the paper to be processed, that is, the paper to be bound 1 or folded. There is.

, Mi, Sumoto Paper F Teihide = l'-9 Rei E. ``Make sure to switch the paper without any operation 8.
Ni-Yo Ikkune Muko-9-r-Katsu-Y-Zu's Failing Good Law 1-
N→War 1l-e-Kirutaka F4 Topuda R bow p for 4-4shi.

That is, the paper feed ruler 6 is fixed to a guide plate 9 and two movable blocks 10, 10, and the movable plotters 10, 10 are screwed together with two movable shafts 11, 11, and the movable plotters 10, 10 are screwed together with the movable shafts 11, 11, The rotation of the moving shafts 11 and 11K is transmitted through a transmission mechanism such as a chain or gear, so that the paper feeding ruler 5, the guide grating 9, and the mobile pro 2
1 (l) It is designed to move in the direction of arrow a.

The father has a photoelectric switch 13 that detects the stack of paper placed on the paper board 5, operates the electromagnetic clutch 14, moves the paper feed claw 15 in the direction of the arrow in FIGS. 3 and 8,
This is done so that the tail of the paper stack is moved while suppressing it.

The rotational force of the motor 16 shown in FIG. 6 is transmitted to the upper Ni1 paper base board 5 via a transmission mechanism such as a belt, and the rotation is constantly rotated when the electromagnetic clutch 14 is turned on. 17.

A total of four Suzuro Kents 19 are fixed to the two locations of the paper feed drive shaft 17 and the paper feed driven shaft 18, and a chain is hung from each of them, and an attachment is provided between the two chains. A paper feed temporary 21 is fixed to the transfer plate 20, and an L paper feed claw 15 is swingably attached thereto.

This paper feed claw 15 starts to move from the 0 point shown in Figure 2, presses the tail of the paper bundle, moves it, and plays a handing operation in the middle of the movement)20
Turn on the limit switch with VC, and then use the lever or lever depending on the desired binding or folding among the various folding and folding functions mentioned above.
It is supposed to be selected by a switch etc.
In this section, we will discuss the case where middle binding or half folding is selected.

By turning on the limit switch n, the solenoid n shown in FIG. 8 is operated, the details of which will be described below.

To add the above transfer plate, turn the limit switch ρ ONL/,
The paper continues to move even after x, and the paper movement is stopped by -1 at the position where the paper blower 15 contacts the h portion of the paper feed stop plate 5.

In other words, even after the paper feed claw 15 comes into contact with the stopped paper feed stop plate 5, the paper feed temporary 21 continues to move, and the paper feed temporary 2 continues to move.
The paper feed claw 5 rotatably attached to the paper feed claw 5 falls down in the direction of the arrow d shown in FIG.
The paper feed plate 21 is rotatably attached to the paper feed plate 21 so as to be hooked to the f portion of the locking pawl n which is elastically biased in the direction of the arrow shown in the figure by a spring.

Therefore, 1. The paper feeding pawl 15 comes into contact with the paper feeding stop plate δ and thereafter moves in a fallen state, so it does not push the trailing edge of the paper. Therefore, the movement of the paper stack is stopped.

In addition, in the case of saddle stitching at the paper stack stop position, the leading edge of the paper is made to be exposed to the torsion stomper fat as shown in FIGS. 7 and 8. (
(The bending guide 73 is lowered as shown in Fig. 11 at the time of mid-folding.) The above-mentioned trust 2 bar is supported by the movable block with the stopper shaft hole as a fulcrum, and the solenoid extension fixed to the movable block I is supported. It is connected to a solenoid 32 supported by a mounting plate 31, and when the solenoid 32 is ONL, the torsion trapper swings in one direction as shown in FIG. 8 around the stopper shaft hole.
It leaves the surface through which the paper passes, and is returned by a spring 33 when it is OFF, thereby blocking the passage of paper.

The moving block (material) is screwed together with the screw shaft 3.1, and the screw shaft 34 is connected to the front 35 of the bearing stay.
, is supported behind the bearing stay, and a tin rocket 37 is fixed to the end thereof.

The rotation of the motor 39 shown in FIG. 11 is transmitted to the connecting shaft 40 by gears, and a chain is hung around the micro sprocket 41 fixed thereto and the sprocket 37, and the screw shaft 34 is driven and rotated to provide a reliable The second part is designed to move in the direction of arrow j shown in FIGS. 7 and 8.

The rotation of the above-mentioned connecting shaft is transmitted to the feed stop adjustment shaft 42 by the sprocket and chain, the paper feed is stopped L, and the plate 5 is moved in the direction of the arrow shown. With this, the above screw shaft style, the moving stroke is left-handed screw,
Further, the feed stop adjustment shaft 42 and the stop position adjustment block 43 are formed with right-hand threads, respectively, and by rotating the motor 44, the paper feed stop plate portion and the registration stopper row are moved in opposite directions (centered on the binding position). symmetrical direction).

In other words, when binding the center of the paper, the paper size K I, H
Then operate the switch 8 on the operation panel 7 to rotate the motor 14 in a predetermined direction, or rotate the knob 45 shown in FIG. 2 in a predetermined direction to move the paper feed stop plate 5. This is done so that it stops at an appropriate position.

When the paper feed claw 15 contacts the h part of the paper feed stop plate, that is, when the tail end of the paper has been completely fed, the leading edge of the paper hits the m part of the paper feed stopper and stops, and at this time, the stitcher, which will be described later, stops the paper. By performing the spelling, middle stitching is performed.

In addition, when the center of the paper is not bound accurately in the saddle stitching described above, the position can be adjusted by rotating the knob 46 shown in FIG.

That is, in FIG. 2, the bearing 48 fixed to the side plate 47 and the center stitch vertical adjustment dial 49 are screwed together, and the knob 46
By turning the knob 46, the n part of the knob 46 is moved in the p direction, and the g IJ ring part fitted to the feed stop adjustment shaft 42 by a spring is pressed against the n part, and the The stop adjustment shaft 42, that is, the paper feed stop plate 5 is configured to move in nine directions. At this time, the torsion stopper path, which is a stopper for the narrow light, is stopped at P, so the dimensions from the binding position to m and h are different.

Further, the paper feed claw I5 continues to move even after it hits the paper feed stop plate 25 and falls down and is latched to the locking claw 27, and the Q portion of the locking claw n comes into contact with the release bin 51, and the paper feed claw '+5 is released from the locking pawl 27, the paper feed pawl 15 moves forward, the limit switch 53 is turned on by the switch braking plate 52 fixed to the transfer plate 20, and the electromagnetic clutch 14 is set to 0F.
1.ζ is set to stop FL. Also, the paper feed claw 15 starts from the 0 point and stops at the 0 point at j9.

child! Then, on the almost opposite side of the chain to which the above-mentioned transfer plate 20 is attached, there is another transfer plate solution attached in the same way as this, and it moves in the same way as the transfer plate addition. .

Next, a description will be given of the case of letter binding.

When the side-stitch selection button 8 on the operation panel 7 is pressed, the solenoid 54 is initially turned off and the side-stitch stop/pull 55 is in a lowered state.

A stack of paper is placed on the paper feed board 5Vc, and as described above, the electromagnetic flange 14 and the ONL paper feed claw 15 start moving from the 0 point.
The tail end of the paper is pushed forward until the paper feed claw 15 comes into contact with the paper feed stop plate 5 set at a predetermined position according to the paper size, but at this time the leading edge of the paper hits the adjustment screw 56 and is stopped.

When the transfer plate is applied, the limit switch n is turned on, the solenoid ONL and the stator/cha are operated to bind the paper stack. This side stitching is performed by the same operation as the saddle stitching described above.

(However, the position at which the leading edge of the paper stops is different. For saddle stitching, it stops when it hits the adjustment screw 56. For saddle stitching, it stops when it hits the adjusting screw 56.) When stitching, press the limit switch 57 when binding is completed. By turning ON, the solenoid 58 is operated (already the first
Since the paper has entered between the 0-ra 5'9 and the feed roller (a), press the 10-ra 59 against the feed roller 60 to further advance the paper stack, but in the case of IIl binding, turn on the limit switch 57. Solenoid 58 does not turn on.

In addition, in the case of flat stitching, the aforementioned passing plate 20 is attached to two chains, and the passing plate is attached to the opposite side.
Similar to 20, a transfer plate is added to fix the paper feed plate 21'' as shown in FIG.

Father, I. The protruding pin of the paper feed plate 21' is fitted with a paper feed pawl that rotates slightly, and a return force of f=J is applied by a spring 61.1. When you finish the flat binding, it's time to move and press the bottom of the paper.

At this time, the adjustment screw % is the limit switch 5 just before the binding is completed.
When 7 is turned on, the solenoid Tatsumi is turned on and raised so that it does not obstruct the progress of the paper.

Then, depending on the other transfer plate, the limit switch is turned ON and the timer is activated, and after the timer is activated, the solenoid 58 is turned ON, and the 10th plate 59 is turned ON and the feed roller 60 is turned on.
and advance the paper stack.

The paper edge is pushed by this special grade feed claw 1a, and the paper edge is moved to the 10th position.
1 (set to 1) so that the roller reaches the 59th point and the feeding roller reaches the 60th point.

1. When the above transfer plate is applied, limit switch n is turned on, solenoid is turned on, binding starts, and limit switch 5 is turned on.
7 is ONL, solenoid Tatsumi is set to the side.

That is, the flat binding stopper group rises. Then, when the paper advances and the limit switch 62 is turned on, the solenoid 54 is turned on.
It's like F.

Also, when the side-stitching button is pressed, the solenoid 32 is turned on.

If the sheet is to be folded once after side stitching, the select lever 63 can be set to position (3), and the sheet is folded and discharged along the same path as folding after saddle stitching.

The paper binding device B is constructed as follows.

As shown in FIG. 1, FIG. 2, FIG. 5, FIG. 8, and FIG.
, This turns on solenoid n.

Then, the stitcher operates and stitches the paper, but
Since there is a time lag from when the stitcher starts operating to when the stitching is actually performed, the paper feed claw 15 is set at a timing when the stitcher finishes feeding the paper stack before stitching the paper stack.

A clutch piston 64 is connected to the solenoid A, and the tip of the solenoid is connected to the solenoid A.
It retracts from the front surface and protrudes when turned off.

A ratchet wheel 67 fixed to a sprocket 66, which is constantly rotated by a chain transmitted from a motor 65 shown in FIG. 2, is loosely engaged with the stitcher drive shaft. Clutch arm 6 fixed to stitcher drive shaft 68 above
A ratchet pawl 71 is loosely engaged with a ratchet pawl stud 70 attached to the ratchet pawl 9, and is pulled in a certain direction by a spring 72.

(The state of the clutch part in Fig. 8 is for the sake of explanation and cannot actually be in the state shown.) Solenoid B is O.
At FF, the clutch piston 64 protrudes from the R surface, 8 parts of the ratchet pawl 71 come into contact with the circumference of the clutch piston example, and the ratchet pawl 71 contacts the ratchet pawl stud 70.
The ratchet pawl 71 is pushed up in the direction of the arrow U in FIG. Also, even if the ratchet wheel 67 is rotating, the T section and the 7 section are not engaged and are stopped.This turns on the solenoid, and when the tip of the clutch piston retracts from the R surface, the ratchet pawl 71 is designed to be pulled in the inverted U direction using the ratchet pawl stud 70 as a fulcrum by a ratchet pawl set 72. Then, the 7th part of the ratchet wheel 67, which is constantly rotating, matches the T part and is hooked 1L. The clutch arm 69, ie, the stitcher drive shaft 68, is rotated in the same direction as the ratchet wheel 67.

When the clutch arm 69 makes one rotation and the solenoid n rotates by a certain angle, the limit switch 76 is turned on, so that the solenoid n turns OFF F L, and the clutch piston (example) is pulled by the clutch arm 77 and protrudes from the LR surface. Thus, the 8th part of the ratchet pawl 71, which rotates with the 7th part and the 'l' part engaged, comes into contact with the clutch piston 64, and the 7th part and the T part G are separated.

In this way, when the signal is sent from the limit switch 22, the stitcher drive shaft 68 makes one rotation from a predetermined position and stops, and when the stitcher drive shaft 68 completes one rotation, the limit is set by the clutch arm 69. Switch 57 is turned on to send the primary signal.

A stitcher drive shaft is added to the above-mentioned stitcher drive shaft 68 to complete the stitching process in one rotation.

The stitcher section will be described below.

This machine is equipped with two pairs of stitchers symmetrically. As shown in Fig. 5, a stitcher cam 78 is added to the stitcher drive shaft 68 so as to move in the thrust direction via a key. A back plate 81 is fixed to the stitcher frame 79, 80, and an njt+ receiving bracket 82 is fixed to the stitcher frame 79, 80. It is attached (・ru.

That is, the entire stitcher section including the slide base 83 slides on the back plate 81 by rotating the stitcher movement axis.

- The bearing bracket 82 is the cutout 11 of the stitcher cam 78, and 74.75 indicates a spacer.

The backing wind 130 is a veneer holder 8 that rotates around the pin.
5 and the lid, and its cross section is approximately M-shaped.

The veneer 87 slides against the veneer holder 85, and this sliding causes the backing wind 130 to swing, so that after the staple is driven into the paper, the backing claw 130 is in the state shown in FIG. 12 and folded back. It has become.

The projecting plate 87 is driven by an operating cam 89 fixed to a camshaft 88 which is synchronously driven by a chain from the stitcher drive shaft 68, and is synchronized with a predetermined timing. The cam arm 90 swings by the operating cam 89, and the operating plate 91 fixed thereto and supported by the stitcher frame 79.80 swings. The projecting plate 87 moves up and down to operate the backing wind 130. 93 is returned]
(Indicates ne.

The projecting plate holder 85 is threadedly engaged with the stitcher moving shaft 84 and is slidably attached to a backing stay 94 fixed to the stitcher frames 79 and 80. That is, the clincher part 99 is made to slide by rotating the stitcher moving shaft separately.The stitcher moving shaft M' and the armature are driven synchronously by a chain, so that the clincher center and the staple driving eccentricity move by the same amount, so that they always move by the same amount. The cores are aligned.

The stitcher is moved by a crank handle connected to the stitcher moving shaft 81 by a chain and gears so as to move the stitcher to stitch any desired position on the paper.

Father, a bending plunger 95 and a plunger 96 that are vertically slidable are added to the slide base 83, and a bending guide plate 97 is fixed to the bending plunger 95 by a guide plate tightening screw 98, and a cam follower 92' It is rotatably mounted on the

A plunger plate 96a is fixed to the plunger 96 by a pole IC, and a cam follower 92 is rotatably attached to an eccentric cam follower shaft 92a.

The stitcher cam 78 is integrally formed with three types of cams, each of which moves the bending plunger 95 and the plunger 95 up and down by a predetermined cam. The bending guide plate 97 has a recessed portion in a part thereof, into which the protruding portion of the plunger plate 96 is slidably fitted.

The bending protrusions 95 and 96 are each pulled downward by a spring and brought into pressure contact with the cam.

A front cover (not shown) is bolted to the slide base 83, and a bending piece as shown in FIG. 2 is attached to the front cover.
The bending piece part 100 is attached through 01. The middle bending piece 102 can rotate around the bending center plate shaft 103 as a fulcrum, and is pressed in a fixed direction by a middle plate compression spring 104. The release cam 105 can rotate around its shaft 106, and is pressed in a fixed direction by a release cam return spring 107. The bending piece 108 has a groove-shaped portion in a part so that the wire can be held between the bending piece middle plate 102 and the bending piece 108 . In FIG. 5, 109 is a tension spring.

The wire cutter part 110 has a support stand 111 fixed to the slide base 83.

The fixed blade 112 is fixed to the support stand 111, and a wire is passed through the hole.

The operating link 113 is slidably fitted into the groove of the support base 111, the operating blade 114 is fixed, and the operating link 113 slides to cut the wire between the operating blade 114 and the fixed blade 112. It has become.

The operating link 113 is driven by one of three types of cams of the stitcher cam 78. The stitcher cam 78 is a guide for the operating link 113, and the spring 115 is a return spring.

The fixed roller 116 is fixed to the support base 111, and the wire presser operating link 117 is fitted into the four parts of the cutter partial support base 111 so as to be slid thereon.

The pressing roller 118 is fixed to the operating link 117 and the spring 1
19, the wire presser operating link 117 is pulled, and when the presser roller 118 and fixed roller 116 come into pressure contact, the wire is held between them.

The wire presser operating link 117 is adapted to be interlocked by a protruding pin portion of the operating link 113.

The wire feeding arm section 120 includes a wire feeding arm 121
Coro stud 122, roller shaft 123, grip plate 124
is fixed. The feed roller 125 press-fitted into the roller clutch 129 is fitted into the roller roller 122.

In addition, the roller shaft 12 fitted with the roller clutch 129 described in
3, the gripping arm 126 is fixed, and the gripping arm 126 is fixed.
is designed to swing around a stand 127. Roller clutch 12 pulled by wire grip spring 128
9 is in pressure contact with the feed roller 125, and by passing the wire between them, the wire is gripped. child!
The feed roller 125 and roller clutch 129 are designed to be able to rotate only in the direction of the arrow in FIG. The wire feed arm 121 can rotate about the feed arm stud 131 as a fulcrum, and its drive is interlocked with the wire feed arm 121 by a press-fit pin 132 fixedly protruding from the bending plunger 95, and a return force is applied by a spring 133.

The stop cam 134 is fitted into the wire feed arm 121, and the stop cam 134 is turned by a screwdriver or the like, and the stop cam 134 is set so that the Y part in FIG. It is designed to stop the movement and stop wire feeding. That is, paper binding is not performed.

For example, if you want to stitch only one place, you can set one of the two stitchers as described above.

When replacing the wire, manually insert the wire as far as the fixed blade 112 at the cutting point, but this is difficult if the roller clutch 129 and feed roller 125 are in pressure contact, so turn the stop cam 134 and insert the wire at the Y section. Kick up the shaft 123 to release it.

The wire fed to the wire reel passes through a part of the wire feeder, passes through the E side of the wire guide 136 shown in FIG. It is designed to reach the hole in the blade 112.

When the wire is cut by the cutting surface of the fixed blade 112,
The wire presser operating link 117 is interlocked with the operating link 113, is lowered by the wire presser spring 119, and holds the wire between the spring 119 and the presser spring 118.

At this time, the press-fitting pin 132 fixed to the bending plunger 95 is stopped at the uppermost position, and after holding the wire between the wire presser operating link 117 and the presser roller 118, the press-fitting pin 132
begins to descend, and the wire feed arm 121 is pulled by the return spring 133 and moves counterclockwise. At this time, the wire is held between the roller clutch 129 and the feed roller 125, and both rotate freely to feed the wire. Since the wire feed arm 1210 is not pulled back, the wire feed arm 121 swings until the opening of the wire feed arm 1210 hits the A part of the wire feed amount adjustment stopper 135, and the stitcher cam 78 moves the operating link 11.
3 rises, and in conjunction with this, the wire presser operating link 117 also rises, and the wire clamping between the fixing rod 0116 and the presser foot 0118 is released.

After release, the bending plunger 95 begins to rise from the lowest position by the stitcher cam 78 and rotates the wire feed arm 121 clockwise via the press fit pin 132.

Also, at this time, the roller clutch 129 and the feed roller 125 rotate only in one direction, and the wire held between them is set/fixed to the wire feed arm 121 and the wires 136, and this set is adjusted. As a result, the swing angle of the wire feed arm 121 changes, making it possible to change the amount of wire feed.

When the tip of the wire is sent out from the cutting surface of the tip of the fixed blade 112, the plunger % reaches the lowest point by the stitcher cam 78, kicks up the top surface of the bending piece 108 with the bottom surface of the plunger 96, and uses the bending piece shaft 101 as a fulcrum. While shaking, at this time bending piece 108
The chi part is on the extension line of the fixed blade 112, and the fixed blade 112
The wire is fed from the cut surface of the wire and can pass through the groove of the chi portion.

Also, at this time, the tip 96 is at the lowest point, and at the same time it kicks up the bending piece 108, it also kicks up the 9th part of the bending center plate 102, and the contact surface piece 102 rotates around the release cam shaft 106 as a fulcrum. Wari Senbe's grooves are now completely open.

Therefore, the fed wire passes through the groove of the bending piece 108, is fed a predetermined length, and is then stopped.

In addition, the plunge 96 gradually rises from the lowest point, and on the way, the glue part of the bending target plate 102 is released at the neck part of the plunge 96, and the middle plate compression spring 104 bends the wire back to its original position.
fi 102, the wire is gripped by the bending piece 108, and then the operating link 113 is lowered to cut the wire.

Thereafter, the plunger 96 is further raised, and the bending piece 108 is returned by the tension spring 109 shown in FIG.

In addition, as shown in FIG.
The stable core held by the staple core 8 and the concave groove core of the bending guide plate 97 fixed to the bending plunger 95 are arranged so as to pass through the staple core when the bending plunger 95 is lowered.

Therefore, the bending tip 95 to which the bending guide plate 97 is fixed is 1
1, the stable is gradually lowered from the hit point, the stable is wound into the grooves of the two bending guide plates 97 on both sides, and the stable is bent into a mouth shape. Father, bending guide plate 9
7, kick the release cam 105 on the way down and release the cam shaft 10.
6 as a fulcrum, and press the protruding part of the bending target plate 102 with the release cam 105, so that the protruding part of the hitting plate 102 is hooked to the wa part of the release cam. That is, the stable held by the bending target plate 102 is released.

Then, the bent tip 95 is completely lowered (at this time, the wire feed arm is moved back) so as to hold down the bundle of paper to be bound.

Next, the tip 96 begins to descend, and the bending piece 108 is kicked by the tip 1i96aK fixed at the tip %, and rotates about the shaft 101 as a fulcrum. That is, the stable is removed from the corner of the bending piece 108 and the bending guide plate 97
It is supported by the mouth type only in the groove of, and the tip 1i96a K
Therefore, the stable is pressed down and thrust into the paper, and the aforementioned tarincha operates to crush the back of the binding flatly.
It's happening.

Here, when the tip 96 descends, the bending hitting plate 102
Kick the glue part slightly to release the latch on the other part.

Although one cycle of binding has been described above, the actual starting point is after the binding is completed, at a point where the bent tip 95 and the tip % have slightly increased.

Next, the wire feeding device C is shown in FIGS. 4, 5, and 18.
This will be explained based on FIG.

FIG. 19 shows the reel section of the wire. A reel stand 253 is fixed to a mounting angle 254, a reel shaft 255 is fixed to the reel stand 253, a drum 256 is rotatably fitted, and the wire reel is fixed to the reel stand 253. 25
7. The reel lid 258 is fixed to the drum 256.

A drum IFi 259 is fixed to the wire reel 257 with a wing nut, and the drum plate 259 is set by loosening the wing nut in accordance with the diameter of the wire 296 wound around the outer periphery of the drum IFi 259.

The tip of the wire 296 is attached to the thread driver 26 shown in FIG.
0 through the hole, and further between the wire feed roller 261 and the presser roller 262 through the wire partition plates 263', 2.
63''' and above the distal bin portion of the feeler arm 264, the hook is passed through the stitcher feed arm portion.

In this case, the number of wire feeders corresponds to the number of stitchers.

The wire feeder partial frames 265 and 265' are fixed to the wire feeder pace 266, and both ends of the swing shaft 267 are rotatably supported by bearings 268 fixed to the frames 265 and 265', and the swing arm is 27
5. The drive arm 269 is fixed.

A drive link 270 is connected to one end of the L drive arm 269, and further connected to a crank wheel 271 (2). The crank wheel 271 is fixed to a drive shaft 273 that is rotatably supported at both ends by a bearing block 272 fixed to a subframe 297, and the drive shaft 273 is constantly rotated by being driven by a belt and gears from a motor (not shown). Like (.

It is.

The swinging arm 275 is connected to an interlocking link 276, and the elongated hole at the other end of the interlocking link 276 connects to the wire feed arm 27.
7 and are connected.

The feed roller shaft 278 is connected to the wire feeder frame 2
65, 265″, wire feed arm 2
77, 277', the wire feed roller 261, and the release levers 279, 279' are rotatably fitted, respectively, and the center collar 280 is fixed.

A ratchet wheel 293 is fixed to the wire feed roller 261.

The wire feed arm 277 above has a reversal prevention claw 29.
1 is rotatably added and ratchet pawl spring 29
5, the ratchet wheel 293 is elastically biased in the direction of engagement. and wire feed arm 277
The tip of the clutch arm 282, which is rotatably fitted to the clutch arm stud 281 fixed to the wire feeder section frame 265', is engaged with the pin protruding from a part of the wire feeder section frame 265'. A clutch link 283 is connected to the clutch arm 282.

The elongated hole provided at one end of the clutch arm 282 is connected to a pin protruding from the wire partition 1fi 263'.
The pin part 1 of the feeler arm 264 fitted into the clutch link 283 is pulled by the spring hook protruding from the wire partition [263', and A clutch link spring 285 is stretched around the spring hook.

A window hole is provided in the wire partition membrane 263'', into which a pin portion at the tip of the fee sea arm 264 is fitted so as to be swingable.

Father, between wire partition plates 263, 263'', and 263',
Partition plate spacers 286 are placed at appropriate positions between the 263"
is arranged. The mounting plates 287', 287, etc. are the wire partition plates 263, 263', 263'C
This is a scratching bracket, and the presser roller shaft 288 is supported by the wire feeder frame 265, 265' and resiliently biased by a presser roller tension spring 289 so as to be slidable in the direction of the feed roller shaft 278.

Therefore, the presser roller 262 rotatably fitted onto the presser roller shaft 288 is pressed against the wire feed roller 261 by the spring 289.

A ratchet pawl shaft 290 is fixed to the wire feeder section frame 265' and rotatably supports a reverse rotation prevention JL pawl 291. The ratchet and ratchet pawl are locked. Spring 294 also serves to return wire feed arm 277.

The wire 296 is passed from the wire reel 257 through a part of the wire feeder to the stitcher, and when the stitcher operates and the wire 296 is consumed, the wire is stretched and pushes up the pin at the tip of the fee sea arm 264. Therefore, the connected clutch link 283 is lowered, lowering the clutch arm 282 and lowering the wire feed arm 2.
The protruding pin portion 77 and clutch arm 282 are disengaged. The wire feed arm 277 can therefore be rotated to feed the wire 296 and release tension from the wire embryo. Therefore, the feeler arm 264 is lifted by the fixing spring 28, and the clutch arm 282 is engaged with the wire feed arm 277 pin, and the feeding of the wire 296 is stopped. In other words, always keep the wire walnut constant.

The wire is sent out.

The crank wheel 271 is constantly rotating, and the pin protruding from its eccentric position is engaged with the drive link 270, so the drive arm 269 always swings, and as a result, the swing arm 275 also always swings. be swayed. The wire feed arm 277 also swings by the interlocking link 276 connected to the swinging arm 275, but when the protruding pin of the wire feed arm 277 is engaged with the clutch arm 282, the interlocking link 276 is Even if the wire feed arm 277 is pulled, it is only moved within the effective length of the elongated hole, so the wire feed arm 277 does not swing but remains stationary.

Also, contrary to the above, when the protruding pin of the wire feed arm 277 is not engaged with the clutch arm 282, the spring 2
94, the pin fitted into the elongated hole of the interlocking link 276 of the wire feed arm 277 is always pulled so as to press against the elongated hole tip 1c, so that the interlocking link 27
6 causes the wire feed arm 277 to swing.

Therefore, the wire feed roller 261 is rotated in a certain direction by a certain angle by the reverse prevention claw 291 held by the wire feed arm 277 and hooked on the late-extract wheel 293.

Since the presser roller 262 and the wire feed roller 261 sandwich the wire 296 in pressure contact with each other, when the stitcher consumes the wire and pulls it, the wire partition plate 263'',
There is a walnut in the wire between 263'' and the feeler arm 264 is lowered, which releases the clutch arm from the pin of the wire feed arm 277, allowing the wire feed arm 277 to swing, and the wire feed roller 261 rotates intermittently in a certain direction, and the presser roller 26
Send the wire between the two.

As the wire is fed, a walnut is gradually formed, and the fuller arm 264 is pulled by the spring 284 for a moment, and the connected clutch arm 282 also rises, causing the pin portion of the swinging wire feed arm 277 to move upward. The clutch arm 282 is engaged, the swinging is stopped, and wire feeding is stopped.

Next, the paper folding device bK will be described.

Figure 11, Figure 6, Figure 7, Figure 8, Figure 11, Figure 13
As shown in FIG. 14, the stitcher drive shaft 68-
When the limit switch 57 is turned ON, the solenoid 32 is turned ON and the binding stopper is turned ON.
At the same time as the pa is released, the solenoid 58 turns ON, and the first o-roller 59 rotating at the same circumferential speed as the feed roller 60 comes into pressure contact with the feed roller 60, thereby feeding the bundle of paper.

Here, the feeding roller 60 and the tenth roller 59 are connected by a gear so that they are constantly rotated in the direction of the arrow in FIG. 8 at a constant circumferential speed. Further, the feeding roller 60 is made of a rubber roller and rotates at a fixed position, while the tenth roller 59 is an a-ra support arm 139 that can swing around a fulcrum shaft 138.
It is rotatably attached to a first roller shaft 141 supported by a roller arm I3 arm 139 that is swingable about a link stud 140.

The two roller support arms 139 are connected by a roller attachment/detachment link 144 between a row attachment/detachment arm 13143 fixed to a roller attachment/detachment drive shaft 142 . One end of the a-ra detachable arm 143 is connected to a connecting link 145.
It is connected with the Nrenoid edict.

That is, when the solenoid 58 is turned on, the tenth roller 59 is pushed down toward the feeding roller 60 using the fulcrum shaft 138 and the link stud 140 as fulcrums.

Further, a force greater than the force of the spring 146 is prevented from acting on the flywheel. 147 is an eccentric pin.

The above stopper is released, and the paper stack starts to be fed between the first roller 59 and the feed roller 6o, and the paper stack advances through the gap between the folding section board 148 and the ceiling board 1490, and its tip reaches the photoelectric switch. 13 is detected, the solenoid 150 is turned on, and the folding knife 153 is raised via the lunoid link 151 and the knife drive arm 152.

When the folding knife 153 is raised, it lifts the paper bundle so as to fold it between the sgelling core rod 157 and the 10th lug 59, and the knife drive arms 154, 1
54 are both fixed to a knife driving shaft 155.

A folding roller 58 made of a rubber roller is supported at both ends by roller arms 159, 159.
, 159 are each swingably supported by a roller arm stud 160φ.

The roller arm stud 160 is attached to the main body frame 156.1
It is fixed at 56. The spring core rod 157 is connected to the roller arms 159, 159 and the knife drive arm 154.
The roller presser spring 161 is inserted between the roller arm 1
59, pushing 159 upwards.

Solenoid 150 is ONL, knife drive arm 154,
Push up the folding knife 153 via I54 and press the roller arm 159, 1 by the roller pressing spring 161.
59, that is, the folding roller 158 is pushed up using the roller arm stud 160 as a fulcrum and pressed against the 20th roller 137.

The 20th roller 137 is always rotating in the direction of the arrow, and when the folding roller 158 is pressed against the 20th roller 137, the paper stack is sandwiched between the folding roller 158 and the 20th roller 137, A stack of paper is fed between the 137 and the 1st 259 and is bent.

The 20th roller 137 and the feeding roller (a) are rotated in pressure contact with each other, so that the paper bundle can be fed from either side.

For example, when folding approximately 5 to 5 sheets of paper, the state without the folding roller 158 and the folding knife 153 is sufficient.

In other words, the 10th roller 59 presses against the feeding roller 6o to feed the paper, and even if the folding stopper 1630 is hit by a narrow light, the 10th roller 59 continues to feed the paper through the feeding port f.

The thin light is stifling in the left part above.C) Since there is no escape, the paper curls in the space yo part under No. 20-La 137 and 10-La 59, and it gradually becomes larger. The sheet is caught between the first and second rollers 59 and 137, thereby being bent.

If the number of sheets of paper to be folded is too large, it will be insufficient, so in the present invention, folding roll 158 and folding knife 1 are used.
53 is provided to assist in folding. As a result, the number of sheets of paper that can be folded increases and the position at which the paper is folded at the same time);
Ru.

The folding knife 153 has a total of four knife sliding guides 16, two of which fit into the bearing studs 164.
The knife sliding guide 165 is fixed to the main body frames 156 and 156, respectively. Cushion 166 is folding knife 1
53 upper limit stopper.

The folding position of the paper bundle can be changed by moving the force portion of the folding stopper 1630 in the axial direction of the crimping pin 167.

The mover 168 is engaged with two caulking pins 167, and a folding stop/paper 163 and a photoelectric switch 13 are attached to the mover 168. .

The caulking pin 167 is supported by front and rear bearings 169, 169, and the two caulking pins 167 are synchronously rotated by an idle gear 170 and a drive gear 171, as shown in FIG.

In addition, the motor 39 can be rotated forward or reverse by a switch on the operation panel, or by rotating the knob shaft 172, it can be interlocked with a gear or chain, and by rotating the caulking pin 167, the force part of the folding stopper 1630 can be moved in the axial direction. You can change the folding position with .

child! In order to guide the side of the stack of paper like the paper feed ruler 6 of the paper feed table board, a guide 174 is attached to the folding section ruler 173.
is fixed, and the surface that the guide 1740 paper hits is the 7th one.
As shown in the figure, it is on a straight line with the paper feed ruler 6, and just as the paper feed ruler can move in the direction a, the folding section ruler 173 can also move by the same dimension. In this case, two movers 168.2 fixed to the folding section ruler 173 are screwed together with the screw shirts 175 and 175, and connected by chains and gears so as to rotate in synchronization with the moving shaft 11, thereby moving XJ.

Also, when folding a large number of sheets, use the 1st o-ra 59 and the 20th o-ra.
- The gap between the 20th and 137 is widened, but by rotating the worm shaft 176, the 20th and 137th
This is done by changing the position relative to the 0-ra 59ni.

The pressure adjustment shaft 177 has pressure adjustment arms 178, 178,
The gears 179 are fixed respectively, and the adjustment bin 180 fixed to the pressure adjustment arm 178 is connected to the 20th-ra support arm 18.
It is in contact with one end of 1.

Father, the protruding bottle part of the 1F adjustment arm 178 is also the same as the above-mentioned No. 20-
The support arm 181 is brought into contact with the support arm 181. 20th-La 13
7 is supported on the 20th-ra shaft 182, and the shaft 18
2 has both ends swingable about the fulcrum shaft 183.
It is supported by the 0-L support arm 181 and the other 20-L support arm 181 which is swingable about the V-point shaft 183' as a fulcrum. Both of the above-mentioned 20th-ra support arms 181, 1.
A spring hook 184 fixed to 81 is tensioned by a spring 185. The adjustment pin 180 is eccentric, and depending on the set, the 10th la 59 and the 20th la 13 on one body frame 156 side and the other body frame 156 side
7 The parallelism of the gaps is adjusted.

The gear 179 meshes with a gear fixed to the worm shaft 176 to transmit rotation, and the worm shaft 176 is supported by bearing blocks 186 and 186.

Next, the zigzag driving device EVc will be explained.

As shown in FIGS. 3 and 5, the two moving shafts 11 rotatably and slidably supported by bearings 268 fixed to the main body frame 156 are screwed together with the mobile pro 7 slider 10. A guide plate 9 is fixed to the moving block 10,
A paper feeding ruler 6 is fixed to the guide plate 9. Also 2
A bearing 268 and a collar 298 sandwich the book's moving shaft 11.
is fixed.

The staggered drive shaft 299 is rotatably supported at both ends by bearing blocks 300 fixed to the main body frame 156, and has an operating arm 301 and a drive arm 302 fixed thereto. A first bearing attached to the actuating arm 301 abuts the actuating plate 303, and similarly, a bearing attached to one end of the drive arm 302 also abuts the actuating plate.

The pairing actuator 304 is used to balance the contact between the drive arm 302 and the actuation arm 301 against the actuation plate 303, and the other end of the drive arm 302 is connected to a solenoid pull link 305, and further connected to a solenoid 306. There is.

That is, when the solenoid 306 is turned on and pulled, it rotates at a certain angle with the drive arm 302 via the solenoid pull link 305.
At the same time, the actuating arm 301 is also rotated, and since the bearings attached to each are in contact with the actuating plate 303, the actuating plate 303 is lifted upward in the third position.

The actuating plate 303 is a collar 3 fixed to the moving shaft 11.
07 and 307', the two moving shafts 11 are moved upward, and the solenoid pull link 305 fixed to the moving shafts 11 is also moved.

Also, since the side surface of the paper stack is brought into contact with the paper feed ruler 6, the paper stack moves as the paper feed ruler 6 moves.

child! This section explains the actual flow of a stack of paper in the case of saddle stitching and center folding.

When the zigzag selection button on the operation panel is pressed, initially when the solenoid 3060 FF' is in the state, as explained earlier, the paper is fed, saddle-stitched, center-folded, and the stack of paper advances and the limit switch 62 is activated.
When the switch 62 is turned on after reaching the
turns on. When the next stack of paper is placed on the paper stack, the paper feeding ruler 6 is raised higher than the previous one by a constant ζ, and in this state the paper feed claw 15 feeds the stack of paper and binds it. At this time, the bound position (dimension from the side surface of the paper to the bound position) is bound at a position that is different from the previous position.

Then, when the binding is finished, turn on the limit switch 57.
,, whereby the solenoid 306 is turned off. At the same time, operate a timer, and after the timer times up, turn on the solenoid swamp. (This is the margin until the solenoid 58 turns OFF and the paper feed ruler lowers and returns to its original position.) If the solenoid 58 is 0N-7, the paper will be fed from the 10th la 59 and the feed 1 stroke 60υζ, and the paper will be fed first. As explained, proceed to the history and turn on the limit switch 62.

However, even if the limit switch 62 & ON L is turned on next time, the solenoid 306 is not turned on, and when the next stack of sheets is placed and bound and folded, the binding is performed at the same position as the first binding position. Then, when the limit switch 62 is turned ON with the paper, the solenoid 306 is turned ON and the binding operation is performed twice 11, and the binding position is the same as the second time, and is different from the first and third times.

In other words, staggered stitching can be performed by alternately changing the binding position.

Next, the drilling/pressurizing device will be described.

3, FIG. 10, FIG. 11, FIG. 13, FIG. 16, and FIG. 17, the paper bundle sent by the conveyor belt as described above enters between the presser plate 308 and the under plate 3090, and The limit switch 62 is turned on during the process, and when the limit switch is turned on, the solenoid 310 is turned on.

When the solenoid 310 is turned on, the connected solenoid link 312 is pulled, and the stopper claw 313 is removed from the notch of the clutch 311, the rotation of the clutch gear 315, which is free from the clutch 314 and constantly rotating, is transmitted to the camunyaft 314. It has become.

Here, it is preferable to use a commercially available clutch 311.

The pressure section frame 316 is fixed to the main body frames 156, 156, and the cam shaft 314 is rotatably supported at both ends by bearing blocks 317 fixed to camshafts. The clutch gear 315 is fitted onto the camshaft 314 and is freely rotatable, and is transmitted from the motor 16 through a belt and gears so as to rotate at all times. Clutch gear 31 above
5 is fixed to one end of the clutch 311, and a part of the other end of the clutch is fitted into the cam shaft 314 via a key. The camshaft 314 has a presser plate drive cam 31.
8, Switch cam 319, Hole cam 320, 320″
are fixed respectively.

Also 1. Even if the clutch gear 315 is constantly rotating, when the solenoid 310 is not turned on, the camshaft 3 is rotated at the position where the stopper claw 313 is engaged with the notch of the clutch 311.
14 is stopped, and the camshaft 314 rotates only when the solenoid 311 is turned on.

The pawl 313 is rotatably fitted onto a pin protruding from a pawl shaft 321 fixed to the pressure section frame 316, and one end thereof is connected to the solenoid link 3!2. The solenoid 311 is fixed to a pressure section frame 316.

The puncher body 322 is fixed to the pressurizing part frame 316, and the two presser plate pressure adjustment knobs 323 are attached to the puncher body 322.
The pin portion protruding from the holding plate 308 is fitted into the puncher body 323 so that it can slide up and down, and the spring receiver 2
44. A guide shaft 325 is fixed with a screw, and the guide shaft 325 is slidably fitted to the presser plate pressure adjustment knob 323.

The drive shaft 326 is rotatably supported by the puncher body 325 at both ends, fixes the drive claw 327, and has the drive arm 3 at one end.
28 is fixed.

Drive claw 327. The tip of the spring receiver 324v is in contact with the spring receiver 324v, and by swinging the drive arm 328, the presser plate 308 is moved through the drive claw 327 and the spring receiver 324.
can be moved up and down.

The presser plate 308 is biased by a spring 329 with a returning force, and the presser plate pressure adjustment knob 323 is used to adjust the force of the spring.

The reason why the presser plate 308 is moved up and down is that when drilling holes after the folded stack of paper has entered between the presser plate 308 and the under plate 309, the presser plate 308 is used to lightly hold the folded stack of paper. It prevents the paper stack from deforming during perforation, and also, as will be described later, applies pressure to ensure creases, so it serves to prevent wrinkles from occurring when the paper stack is squeezed out between the rollers.

The drive arm 328 is connected to a presser foot drive link 330, and is further connected to a mounting base 3 fixed to the presser frame 316.
It is connected to a cam arm 332 that fits into the bottle portion of 31'.

The mounting base 331 has a camfoil provided in the middle thereof [the core is in contact with the presser drive cam 318, and the presser lv if
m The cam 318 allows the presser plate 308 to move up and down.

The punching die 333 is press-fitted into the pressurizing part frame 316, and when the tip of the punch rod 334 fits into the hole, a hole is punched in the stack of paper between the punch rod 334 and the punching die 333. It looks like this.

The punch rod 334 is slidably supported by the punching die 333, and a spring receiver 335 is fitted into the stepped portion of the punch rod 3340, and is urged upward by a spring 336.

The arm support base 337 is fixed to the puncher body 322,
It is rotatably supported by a hole punch arm 338 and an arm shaft 339. A lever shaft 340 is fitted to one end of the punch arm 338 to rotatably support the switching lever 341.
A press roller 342 is attached to the switching lever 341.

The other end of the hole punch arm 338 is connected to a hole punch drive/movement link 343 and further connected to a hole punch drive arm 344. The mounting base 331 is fixed to the pressurizing part frame 316, and a drive arm 34 with a hole is attached to the screw protruding from the mounting base 331.
4 is rotatably supported, and a cam follower provided in the middle of the punching drive arm 344 contacts the punching cam 320'', and the presser roller 342 presses the head of the punch rod 334 by the punching cam 320'. The C punch rod 344 is moved up and down to punch a hole by pressing or releasing the pressure.

If you do not want to drill the hole, lift the switch lever 341 onto the knob, the switch lever 341 will swing up around the lever shaft 340, and the spring 345 will cause the spring hooked portion of the switch lever 341 to move up to the lever shaft 340. In order to pull it beyond the put point of It doesn't hit, so punch rod 33
No drilling will be done without going down to 4 ha.

Although the illustrated example shows a case where two holes are drilled, it is of course possible to drill only one hole.

The pressure roller main body 346'' is fixed to the pressure section frame 316, and a bushing rod 347 is fitted so as to move up and down.The bushing rod 347 also has an upper end in contact with the pressure drive arm 350, and the bushing rod 347 is connected to the pressure drive cam 350. As the bushing rod 317 rotates, the bushing rod 317 moves up and down, and its upper end surface moves the pressure roller upper body 346 up and down.

The pressure roller upper body 346 rotatably holds two pressure rollers 351 and is fixed to the pressure roller lower body 346'. Further, the guide shafts 352 and 352' are used as guide posts to move up and down.

The slide metal 353 is a bearing that slidably supports the guide shafts 532, 352'.

Further, a pressure roller drive sprocket 354 is fixed to one end of the pressure roller 351, and the pressure roller 351 is constantly rotated by the motor 16.

On the other hand, there are also two pressure rollers 3 on the pressure roller lower body 346'.
51' is rotatably supported, and the pressure roller 351
It is designed to be constantly rotated in the direction of the arrow at the same circumferential speed.

355 and 355' are tension arms.

The pressure rollers 351 and 351' are designed to constantly rotate, and the pressure roller upper body 346 is lowered by the pressure drive cam 350, sandwiching the paper stack between the pressure rollers 351 and 351', and transporting it to the conveying section. The stack of paper is fed out in a direction perpendicular to the direction in which the paper is traveling. The pressure roller 351 is moved to the pressure roller 3 by the spring force of the pressure spring 356.
The force applied to 51' is determined. The pressure adjustment knob 357 is used to adjust the spring force of the spring 356.

The stud 358 is fixed to the puncher body 322, and a bearing plate 359 is further fixed to the stud 358. The hole position regulating plate 360 is slidably fitted into the puncher body 321 and is threadedly engaged with the hole position adjusting shaft 361.

In other words, by rotating the hole position adjustment shaft 361, the hole position adjustment shaft 361 moves back and forth.

The leading edge of the paper bundle sent from the conveyance unit is located at the hole position regulating plate 360
The limit switch (i2 f ON L,
The solenoid 310 is activated so that the camshaft 314 begins to rotate from its home position. As previously mentioned,
Holding plate drive cam 318, perforated cam 320, 320',
The switch cam 319 and the pressurizing drive cam 350 perform their respective operations, and their timings are as follows.

When the cam shirt) 314 is stopped at the fixed position, the presser plate 308 is stopped at the position raised by the presser plate drive cam 318, and the presser plate 308 and the under plate 3
The gap between 09 has a space into which a bundle of papers can fit. The punch rod 334 is stopped at a position raised by the punching cam 320 and the punching cam 320'. The switch cam 319 is a cam for turning on and off the limit switch 362, and when the switch 362 is turned on, the above-mentioned solenoid 24 is turned on and off, and the side guide 23 is turned on and off.
4 is lowered from above the conveyor board 236, and the paper stack can fall toward the tray. In this way, the timing of each operation is such that the paper stack is sent on the conveyance board, the limit switch 62 is turned on with the paper stack, and the 7i'' position regulating plate 3 is turned on.
When the limit switch 62 is turned ON, the solenoid 310 is ONL, the clutch is engaged to transmit the rotation of the clutch gear 315 to the camshaft 314, and each cam starts rotating.

First, the presser plate 308 is lowered and the paper stack is folded into a large U-shape by the force of the spring 329, and then the punch rod 334 is lowered to punch a hole in the paper stack.

If the knob of the switching lever 341 is set to the non-drilling position, the punch rod 334 will not be lowered and drilling will not be performed.

When the hole punching is completed and the punch rod 334 rises and returns to its original position, the pressure roller lower body 346' descends, and the pressure roller 351 grips the paper stack between it and the pressure roller 351''. The sheet stack starts to be fed in the direction, but the switch cam 319 turns the limit switch 362 ON, and the solenoid 24 turns ON.The side guide 234 is lowered from the conveyor board 236, so the pressure roller 351, Between 351' and 351', the paper stack is unpacked and discharged to the tray.
51', the presser plate 308 rises, and the pressure roller upper body 346 also rises and stops at its original position. The above is one cycle when the camshaft 314 makes one rotation from the home position.

In this case, the solenoid 310 is turned on by the limit switch 62.
L, camshaft 314 rotates mint switch 31
0 is ONI, and 0 is OFF'. During one rotation of the camshaft 314, the solenoid 3
10 is turned OFF and the force is shifted) When the clutch 314 rotates once from the home position and the notch of the clutch hits the tip of the stopper claw 313, the clutch is disengaged and stopped.

The above is the operation when saddle stitching, center folding, and perforation are selected by the function selection device G, which will be described later.Next, the case of flat stitching will be explained.

In FIGS. 3 and 11, the flat binding stopper 55 is connected to the back plate 8.
The two protruding bottles Kf fixed to 1 are supported in a slidable manner and are screwed into adjustment screws 56.

Further, a pin protrudes from a part of the flat binding stopper 55 and reaches the back side of the back plate 81. The part through which this pin penetrated is the back plate 81
There is a window hole in the top.

The bearing 130 is fixed to the back plate 81 and rotatably supports one end of the flat binding stopper drive shaft 363. The other end of the horizontal binding stopper drive shaft 363 is supported by a bearing 268 fixed to the main body frame 156 to which an operating arm 364 is fixed, and an operating link 365 is connected to the operating arm 364, which is further connected to the solenoid 58.

The solenoid 58 is attached to an additional plate 366 of the main body frame 156.

The drive arm 367 is fixed to one end of the side-stitch stopper drive shaft 363 and has a partially protruding pin that comes into contact with the pin of the side-stitch stopper 55 . Therefore, the solenoid 58 is ONL, pulled (and the operating link 365,
The stitching stopper 55 is lifted upward via the operating arm 364, the stitching stopper drive shaft 363, and the drive arm 367.

The adjustment screw 56 attached to the flat binding stopper 55 escapes from the paper passing surface, allowing the paper to pass through this area, and conversely, when the solenoid 58 turns OFF, the adjustment screw prevents the paper from passing through. Make it.

Also, the east line stopper 55 is moved up and down by a solenoid 58, but the adjustment screw 56 that stops the paper is a flat screw.
Since it is screwed into the seventh pawl 55, it can be moved back and forth by turning the adjustment screw 56. In other words, since the binding position (position in the direction of paper travel) is always constant, the binding position from the narrow light can be changed by changing the position where the paper stops.

Next, the function selection device 0 will be explained in detail.

The select shaft 187 is rotated in three stages by a select lever 188. be able to. A part of the cam follower of a lock cam arm 190 fixed to the select shaft 187 is engaged with the long cam 189. The lock cam arm 190 is rotatably fitted into a cam arm stud 191 fixed to the main body frame 156 and is attached to the spring 1.
92.

The function of each of the three positions is that the special grade of Bojin Yong ■ does not fold, the special grade of position 7 ■ folds once, and the special grade of position ■ folds twice.

The parts that change depending on each position are the song advance guide]9
3 moves the select cam 202 up and down to 5. (8th
(either the state shown in FIG. 11 or FIG.
Will it move away from 37 and rotate in the direction of ?

As shown in FIG. 8, the relay belt is in a state where its bottom is lifted up about the fulcrum shaft 196 and the belt is separated from the 30th-ra 195, or as shown in FIG. Is the transfer belt in pressure contact?

It is. As shown in FIG. 7, five of the music feed guides 193 are attached to a shaft 197, and both ends of the shaft 197 are supported through body frames 156, 156 and FC bearings 198. An actuating arm 199 identified as one part of the bending guide shaft 197 is connected to a rotatable connecting link 200, and further a cam arm 201 is rotatable around a cam arm stud 191 fixed to the main body frame 156.
It is connected with.

A cam follower attached to a cam arm 201 is brought into contact with a select cam 202 fixed to a select shaft 187, and the cam arm 201 is pulled by a spring 203.

The select cam 202 shown in FIG. 6 is in the position ■, and when rotated 30” to the right, the select cam 202 changes to the position ■.
If you rotate it further, it will be in position ■. The music advance guide 193 in the state shown in FIG. 6 is as shown in FIG.
Its tip is higher than the bottom surface of the paper through which it passes.

If the select cam 202 is rotated 3σ to the right in the state shown in FIG. The arm 199 is configured to swing counterclockwise around the music feed guide shaft 197.

That is, the music advance guide 19 fixed to the single music advance guide shaft 197
No. 3 changes from the state shown in FIG. 8 to a state where the leading end is lowered from the paper passing surface as shown in No. 11.

Even if the select cam 202 is further rotated 60 degrees to the right in FIG. 6 from the state of position (2), the cam arm 201 will change 12 due to the cam shape.

Next, the 30th roller 195 is rotatably added to the roller shaft, and both ends of the roller shaft are connected to the roller support arm 204.
, 204' K is supported.

The roller support arm 204'' is swingably supported around an arm stud 205 fixed to the main body frame 156, and has a cam follower at one end of the roller support arm 204''. It is in contact with

The roller support arm 204' is tensioned by a spring 207, while the roller support arm 204 is swingable about the arm stud 208, and the cam follower is a roller attachment/detachment cam 20 fixed to the select shaft 187.
6'.

The state of the roller attachment/detachment cams 206 and 206' shown in FIG. 195 is the second
It is arranged so that it is spaced apart from the 0-ra 137.

The rotational force σ4 of the 30th roller 195 is transmitted and driven from the conveying belt so as to be in the direction of . The relay belt is brought into pressure contact with the 30th la 195 only when the 30th la 195 is separated from the 20th la 137.

Even if the roller attachment/detachment cam 206 is rotated to the right from the state shown in FIG.
-La 195 is in the same state as Bojin Yong. Historically, if the roller support arm 204 rotates clockwise 600 degrees from the position (2) (that is, the position (2)), the cam shape causes the roller support arm 204 to rotate counterclockwise about the arm stud 205, resulting in the state shown in FIG. In other words, No. 30-La 19
5 is in pressure contact with the 20th la 137, and the 20th la 137
, a roller gear 20 fixed to one end of the 30th roller 195
9 mesh with each other so that both rollers rotate at the same circumferential speed in the direction of rotation. (During this rotation, the relay roller portion is lifted up at the intersection of the fulcrum shaft 196 as shown in FIG. 8, and the relay belt is separated from the 30th-ra). As shown in FIG.
12" has both ends rotatably crossed with bearings.
The bearings 213 at both ends of the 20th longitudinally feeding lug 212'' are biased in the direction of tensioning the belt by a belt tensioning spring 215 via a belt tensioning plate 214.

Further, 216 is a belt guide fixed to the 20th longitudinal feed roller 212'.

The 30th vertical feeder 217 is supported by bearings on both sides, and passes through the main body frames 156 and 156 at both ends.
A cam follower is provided at the end.

Further, a belt roller drive gear 218 is fixed to one end of the 30th longitudinal feeder 217, and meshes with an idle gear 220 that is rotatable with respect to an idle gear stand 219 that fixes the fulcrum shaft 196. Rotational force is transmitted from the motor 16 to the idle gear 220 via a suitable transmission means, and the 30th vertical feeder 217 is constantly rotated in the direction shown in FIG.

In addition, the vertical feed frame 210.210'' has an intersection axis 19.
It is designed to oscillate relative to 6.

In FIG. 7, the select cam 201 is shown at position 2, and the vertical feed roller section is in the state shown in FIG. , the 30th-ra 195 is rotated in the n direction.

Then, it rotates further 6d) from the position ■, and when it reaches the position ■, the entire cam follower push-up vertical feed roller part attached to the 30th vertical feed roller 217 due to the cam shape moves to the 8th position centered on the intersection axis 19'6. As shown in the picture, the buttocks can be lifted up.

Therefore, in position ■, the song feed guide shaft 197 is raised as shown in the eighth position and is fed (
The filter paper passes through between the 10th la 59 and the 20th la 137 without being folded, and is sandwiched between the 30th la 195 in the state shown in Fig. 11 and the conveying belt of the vertical feed roller section. , and is sent onto the conveying section from the bevel guide 221-hi.

In position ■, the track feed guide 193 is lowered from the paper passing surface as shown in FIG.
9, contacts the left side of the folding block 163, is folded between the first and second rollers 59 and 137, and is folded between the first and second rollers 59 and 137.
The paper is sandwiched between the 30th roller 195 in the state shown in FIG.

In position ■, this is a double fold position, 30th-La 195
, the transfer roller section is in a state as shown in Figure 8, and there are two
Insert the folding guide. Since the track feed guide 193 is lowered from the paper passing surface as shown in FIG. 20th-
11 folds are performed once between the folding edges 137, and the folded tip (fold 11) enters between the second folding section upper plate 222 and the second folding section lower plate 223 in the state shown in FIG. The paper gradually curls in the negative part, and the curl is transferred to the 30th-ra 195 and the 20th-ra 13.
Insert between 7 and make a second fold.

The paper coming out from between the 30th line 195 and the 20th line 137 does not pass through the conveying section, unlike in position (3), and is discharged to the delivery tray by a separate attachment.

Next, to explain the flow of paper, is it saddle binding or folding? In the selected state, the leading edge of the paper folds into the stopper 16 as described above.
30, the folding knife 153 rises, the folding roller 158 comes into pressure contact with the 20th roller 137, and the paper bundle is moved to the 20th roller 137.
0-ra 137, fold feed between 10th-959th, 1st
The folded paper bundle is sandwiched between the 30th roller 195 and the transfer belt in the state shown in FIG.

The conveyance rollers 224 and 224' are constantly rotated in the direction of the arrow by the rotational force being transmitted from the motor 16 through appropriate transmission means. Four endless conveyor belts are hung between the conveyor rollers 224 and 224', and the conveyor roller 224' is connected to the other conveyor roller 224, a board mounting bar 226 fixed to the bearing housing 225, etc.・・・
It is fixed to... The two moving shafts 227 are rotatably supported by a carrying unit holding arm 229 fixed to the carrying unit frame 228, 228', and the moving blocks 230, 2
It is screwed together with 30. The moving blocks 230, 23
A drive arm 233 is fixed to one end of a shaft 232 that is rotatably supported by a bearing plate 231 fixed at 0, one end of the drive arm 233 is fixed to a side guide 234, and the other end is connected to the solenoid 2.1. It is. Arm 23
5 is supported by the shaft 2:32 and fixed to the side guide 234.

That is, by rotating the moving shaft 227, the side guide 2
34 can be moved in the axial direction of the moving shaft 227, and by turning the solenoid 24 ON and OFF, the tip of the side guide 234 can return the tone spring so that it can move in and out through the window drilled in the conveyor board, centering on the shaft 232. It is energized as a force.

The portion of the side guide 234 protruding from the conveyor board 236 is designed to rest against the side of a sheet when the sheet passes through.

The two moving axes 249 are connected to the transport section frames 228, 228.
It is rotatably supported by an arm boss 237 fixed to ', and is threadedly engaged with a mover 238'. The two rods 239 are fixed to the mover 228'' and fitted into the mover 238.

The arm shaft 240 is fitted onto the rod 239 and can be fixed at any position using a fixing knob.

The roller arm 242 is rotatable with respect to the arm axis 240,
The rollers fitted into the roller arms 242 are brought into pressure contact with the conveyor belt by the springs 243. The paper stack is sandwiched and fed between this roller and the moving conveyor belt, and the mover 238'
The feed roller 245, which is rotatably fitted to the arm 24.1 supported by the arm 24.1, also plays a similar role.

The two retainers 246 have pins set up on a part thereof that fit into the movers 238 and 238', and the springs 247
This is to push the retainer 246 toward the conveyor belt. A circumferential adjusting knob 248 on the retainer is formed to be screwed into a pin portion of the retainer 246 to adjust the gap between the retainer 246 and the conveyor belt.

That is, one bundle of paper passes between the conveyor belt and the retainer 246, and is fed by being sandwiched between the conveyor tape and the rollers attached to the roller arm 242 and the conveyor belt.

By rotating the two moving axes 249, the roller arm 2
42, the retainer 246, the feed roller 245, etc. are rotated synchronously with the two moving shafts 249 and the two moving shafts 250. ℃・te、Motor 1
2. The surface of the side guide that touches the paper side is set to be in a straight line with the paper feed ruler 251 and the paper guide 174.

Two of the four conveyor belts are guided by a belt guide 252, so that when the side guides 234, feed rollers 215, and rollers attached to the roller arms 242 and 242 move, they move in a spacing manner.

According to the father, the above-mentioned rollers must be placed on the two conveyor belts guided by the belt guide 252, the paper feeding device, the paper binding device, the single sheet folding device, the thousand and one punching device, and the hole punching device. Since it is equipped with a pressure device and a function selection device that interlocks these functions in a switchable manner, it is not only possible to perform paper folding and paper binding continuously with one machine, but also to perform zigzag and paper binding. By being able to perform everything up to the point of punching holes for files, bookbinding work efficiency can be greatly improved compared to conventional methods.The machine can also be made smaller, so it can be used even in narrow spaces.In particular, according to the present invention, the lever Various binding, folding, zigzag, and perforation functions can be easily and easily selected by using the switch operation. It has the remarkable advantage that it can be folded multiple times, staggered, punched, etc. at will.

Therefore, Figure 1 is a perspective view of the overall appearance, Figure 2 is a view from the ■ arrow in Figure 1 with the cover removed, and Figure 3 is a view of Soya in Figure 1 with the paper feed section board removed. View, 4th
The figure is a view from the ■ arrow in Figure 1 with the cover removed.
Fig. 5 is a sectional view taken along the line v-V in Fig. 1, Fig. 6 is a sectional view taken along the ■ arrow in Fig. 1 without a cover, Fig. 7 is a sectional view of the paper feeding device, and Fig. 8 is a central longitudinal section. Front view, Figure 9 is jl,
10 is a cross-sectional view of a part of one machine, FIG. 10 is a V-side view of the conveyance section, FIG. 11 is a view taken along the line XI-XI in FIG. 1, and FIG. 12 is a partial cross-section of the stitcher section. Exploded perspective view, 13th
The figure is a view from the X [II arrow in Figure 1. Figure 1-1 is a sectional view showing a part of the machine, Figure 15 is a plan view under the board of the transport section, and Figures 16 and 17 are of the machine. 18 and 19 are a plan view and a sectional view, respectively, showing a part of the wire feeding device in the same machine.

A.Paper feeding device B..Paper binding device C..Wire feeding device D..Paper folding device E..Staggering device
F...Drilling/pressure device ()...Function selection device
5...Paper feed board 6 Paper feed ruler 7...
・Operation panel 8...Operation switch 15...Paper feed pawl 5 Paper feed floating plate 27...Latching pawl 28・
Tosist number 59...10th roller 60...Feeding roller 137...20th roller 153...Folding knife 158...Folding roller 187...Select shaft 195...30th roller Continued
Kamiichi 1'F December 2, 1984 4'! 1.1'l Office J official 1llj2 1, middle f'1 indication 111 (f'056 Patent Application No. 140089 2, title of invention Paper binding folding hole punching machine 3, N city correcting bamboo IC Relationship to the matter Patent applicant 1 Address: 1, Fuchu City, Hiroshima Prefecture; 762-4 Isakicho?
Voluntary amendment 5 with 11 of the +li+1 instruction, drawing 11: (rl. Claims column (2) Detailed description of the invention column (3) Drawings (Fig. 2) (to @-Figure) 6. hli City's Attachment to the Contents [] Supplementary IE, Inner Section 1, Claims are amended as follows.

[Equipped with a paper feed tray board, a paper feed claw, a paper feed plate, a paper feed stop F plate, etc., detects the stack of paper with the L distribution paper tray, and selects the paper size and desired paper binding and paper folding position. B: A paper binding device that is equipped with a corresponding paper feeding device, a stitcher, a backing wind, a bending piece, a wire feeding, a cutting mechanism, etc., so that paper bundles can be selectively saddle-stitched or +stitched. , a wire supply device that supplies wire to the L stitcher, a folding stopper, a folding knife, and a plurality of openings and edges.C: selectively folds a stack of paper from any position such as half-fold, double-fold, etc. A paper folding device that allows paper folding, a zigzag device that uses an operating plate to move the paper stack and alternately change the binding position, and an L
The sheet distribution and folding device is equipped with an under plate and a presser plate that hold and press the folded bundle of paper, as well as a punching die, punch rod, etc. for selectively punching holes at arbitrary positions in the pressed bundle of paper. It consists of a pressurizing device, a pressurizing device, and a function selection device d, which is equipped with levers, operation buttons, etc., and is capable of selecting and switching each device described in E to a desired function. It is characterized by being able to select any function to perform desired binding and folding such as saddle stitching, half folding, flat stitching, half stitching half folding, double folding double folding, folding only, zigzag stitching, hole punching, etc. Paper binding and folding machine. 2. In the statement section [4 Column 41 (first line)] it says [Toji stopper and...] 1 Fold the stopper and...l
And lottery 1 [do.

3. On the g5gsts line, write [I:, paper feed ruler 5. It says "Guide..." [J: Recording paper ruler day, Guide...
” he corrected.

4. In the second and third lines of No. 80, it says "(...The music guide 73 is F-shaped)""(...The music guide 4 is F-shaped J") and correct it.

5. On the 17th line of the 81st line, [...the rotation of the motor 39 is...
・・Correct the fog as 1 and the rotation of the motor set as ・1.

6. No. 10, 6th line and 10th line (:] knob 46
1 is corrected to ``E person history week 1L Eni 46''.

7. In the 10th entry @ 9th line of the same page, "Inner binding vertical adjustment dial 49"
It says "..." [Inner binding vertical adjustment dial ■...]
” he corrected.

8. On the 5th and 6th lines of page 14 of the same page, ``Number the select lever 63.''
From 188+2...? +Ij +E f le.

9. In the 17th hundredth line, the 14th line and the 17th line, ``stitcher movement axis 84'' is corrected to ``1 stitcher movement axis 84'''.

10. Lines 4t7g-j4tq to 82o show [The bearing bracket 82...indicates a spacer, 1.F The bearing bracket 82 is a bearing 84'. ”
and Oke'ii3゜11, line 191, line 14, ``Cam follower 92'
Does it say "Do the same thing..."? [Cam follower 9200 rotations...
・” is corrected.

12. In the 2nd row of the 20th exit [Entry plate 96 (7')
``l'' is corrected to ``J'' for 96 degrees of entry plate.

13, No. 210, line 7 to line I @ line 8, C2 [L stitcher cam 78 is the guide and id of the operating link 113, [
Delete certain.

14, 22m 1st line to 5th line [... Coro stud 122, roller shaft... roller clutch + 29
1. The corro stud 122, stud shaft 127, and guide plate 124 are fixed. The feed roller 125, which is in pressure contact with the roller clutch 129c, is fitted into the roller stud 122. Also, correct the roller clutch 129 by adding 1 to J.

15. On lines 14 to 16 of the 23rd Sadakata, [Sent to the wire reel... 0! of plate 124.
...1 [The wire sent from the wire reel passes through the wire shaft and part of the wire guide 136.
θ) @ Passing through the E diagram shown in Figure 12, L A M 124...
] and correct it.

16. In the second line of No. 240, [the spring 119 and...1 is corrected to -[the fixed roller 116 and...1].

17, @2sf44L 3rd line [... both rotate only in one direction, and in between... 1 [...
Since they do not rotate at the same time, correct it by adding 1 between them.

tS, from line 19 of mouth 25 to line 3 of page 26, “
Father, at this moment, the rush 96 is completely open. ” Delete it.

19. Same, A 27 L'■ lines 14 to 15 lines 1
"The bending piece 108 fixed to the protrusion 96 has the part...1 [The bending piece 1 ()8 fixed to the tip 96 has the part...・Correct to 1.

20, Day 830, line 413 to 'Pr 14
Line cr r 5E The wire feed arm 277 has a reversal prevention claw 291.
--The eid arm 277 has a ratchet pawl 291...
Correct it to 1.

21, page 431, line 3: “Latucciano in L 28
At one end of 2, it says 1 [l: write link 2
83's one end Mengichi...'' is added.

22, No. 3200, F<16th row [...Press the pin]
L, therefore, connect...1 is 1...Press the [B] part.
2 doge, therefore connection... (and correction - f123, same 3rd
On page 6, line 41o, it says [light heavy switch 3 is -1]
Correct light (163') to 1.

24, same @ 37 @ '85th line to 6th line l2 "Spring core rod 157 in paper stack, between 10th and 59th line... 1
・” [Paper stack @20-ra137
10th--La 591t4jc...'' is displayed.

=25. Same number 370 @ 8th line [...Arm 154.1
f2 for 54... ・It says ``... ・Arm H5
4,152 are both...'' is corrected.

-26, 37th line 15th line to 17th line “Ll
The spring core rod 157 is inserted between...
Roller presser foot...The one that says J [8 bars of spring! 57 is inserted between the a-ra arms 159, 159 and the folding knife 153, and is corrected as "roller presser...".

27, page 37, line 19 to line 'M2o, [via the knife drive arms 154, 154...j] is replaced with "v via the knife drive arms 154, 152.
°°・J and correction T.

28, page 39 @ line 7, “Insert Roam 1581
The text has been corrected to "Inset a: 51584.

29, No. 39gj, line 12, “4 knives in total”
It says [a total of 4 bearings are complemented by knife 1,'
E Tru.

30, same @3910418th line to 19th line 1... Fold 4) Place the left part of the folding stopper 1fi3 on the swiveling pin 167...'' Correct it to +67...1.

31. In the 1st line, 4th line, 5th line, and 10th line of the same No. 40α Condolences, [Crimping pin 1671] is corrected to the I movement axis 1671, respectively.

32, the same = jLsoI\3rd line l: F light 4: lf near f-13... River says ``light (switch 163'...
...Correct to 1.

33. In the same No. 42L line 16th line to 18th line Month, ``Also, two moving axes... are fixed. 1'' is deleted.

34, same 11fr43 ((It is sandwiched between mls line and m2o line [3o7゜307' and is also set to move.) r3o7. Two lines are sandwiched between 307 and 307. The moving axis 11 of is moved to L, but the paper ruler 6 is also moved.Corrected to 1.

35, 1iiJ No. 44 (J Me'A 6th line r = ``In the state of t-id 306OF'F...1'' is supplemented with ``In the state of r solenoid 306b''LWV...'' iE.

36. In the 461st line io to 11th line, it says [Both ends are fixed to the camshaft...]
Ru.

37, page 447, line 15 to line 16, month [... part & f Hencha body 323 and... spring holder 244
, the guide shaft 325 is fitted with the penchant main body 322 and the hF slide h1 function, and the spring receiver 324 and the guide shaft 325 are inserted as follows.

38, f puncher 325 te in the 9th line of the same No. 47 Tei...
・Correct the value 1 to -1 using the puncher 322.

39, 848 Sada line 20 [Mounting base 331 is...i
Efru.

40. On the 9th line of 490, [Anameru dice? On the 23rd...
・" [Correct 1 to the puncher body 322.]

41. On the 49th day, line 414, correct the statement ``1 with hole punch arm 338 and arm axis 339'' with 1 with ``hole punch arm 338 with arm axis 339''. .

42, No. 510, lines 5 and 6 g-1 The L end of the bushing rod 347 is in contact with the pressure drive arm 350. Cam 350C is in contact...'' Ura IE said.

43, 1 is fixed on the 12th line of the 51st day.

The sentence guide axis 352, 352'...'' is 1. and f is 044, and the 1 stud 358 in the 52nd line 13th to 16th line is on the puncher body 322... is, + Punch Jr. Slide to 32t ``1 i Ce Matching Re...'' [The bearing plate 359 is fixed to the ball etched to the puncher body 322. Hole position regulation plate 36
0 is carved into the puncher body on the slide 11] 1 ton; combined... 1 and 1 city 1E.

45, 550th IO line to 11th line C-[...
When the Mitsutosu Itsuchi 310 rotates ONL...
・" is corrected to ``When... rotates and limit switch y4 is turned on...''.

16. In the 56th picture, lines 11, 12, and 17, [Solenoid 581] is corrected to [Solenoid 54J, respectively.

・17. On the 57th day, on the 3rd and 5th lines, [Solenoid 581 is corrected to read ``Solenoid 54''.

48, No. ss'
Is the axis +97? , 7' is complemented with 1.

49. "Vertical feed" on the 11th and 12th lines of the 62nd picture
Each of the above is corrected as [transmission 1].

50, "Vertical feed dairy" in the 3rd, 8th, 10th, 13th, 14th, and 19th to 20th lines of the same No. 63
'' is corrected to [transmission-1.

51, 63rd white line - 12th line says ``In Fig. 7, select cam 2 old...'' is corrected to 'fr In Fig. 6, select cam driving is...''.

52, 64pj, 1st line, "Vertical feed roller 1" is corrected to "Relay roller 1."

53, page 66, lines 11 to 15, [the seventh conveyance roller 224' is on the holding arm 22! I im
Rotatably...J is the conveyor roller 224'
It is. The two moving axes 227 are connected to the transport section frame 228.
, 228', so that it can rotate freely on the conveyor bearing metal 229 fixed to the bearing metal 228'.

54, page 67, lines 14 to 18, the arm position 237, which is fixed at [..., is set so that it is fixed at the t position. ” is rotatably supported by a bearing metal 237 fixed to 1, and a slider 238',
It is screwed together with 238. The two rods 239 are the mover 23
8' and fitted into the mover 238. Ah
The arm shaft 240 is fitted onto the rod 239, and the fixing tool 7 can be fixed in any desired position or in the N position. 1 and f
1i Correct.

55. On the 19th line of 680 of the same city, it says, "Two axes of movement 250..." Both axes of movement 227 of 12...
・Correct it to -1.

56, page 66, first line, 1 movement axis 250 and...1
[Movement axis 11 and...1] is corrected.

57, On the 69th day of the same year, in the 3rd and 4th lines, [... is paper feed ruler 251, guide 174υ)...-1].
・ is corrected as paper feed ruler ≧, guide 174...].

58. I have corrected the drawings of Drawing Mountain Man 2 to 18 (-I have not distributed them, so please acknowledge this ?I@[E).

Patent registration requester: Ryobi Co., Ltd. Amendment (Method) February 15, 1980 Director General of the Patent Office 1. Indication of the case 1981 IF - Patent No. 1 140089 2. Name of the invention Paper binding fold hole Meiki 3, supplementary IE? Relationship with the case of the person who filed the patent application Address of 1st applicant for patent: 762 Mezakicho, Fuchu City, Hiroshima Prefecture, 1981
May 7th (Shipping date: Showa 58fF - January 18th) 5, ? +Ii
+H target

Claims (1)

[Claims] It is equipped with a paper feed tray board, a paper feed claw, a paper feed plate, and a temporary paper feed stop, and detects the stack of paper on the paper feed tray and determines the size of the paper, the desired paper binding, and the paper folding position to be selected. A paper-feeding device that feeds paper in accordance with , a wire feeding device for supplying wire to the stitcher, a double-stitch bar, a folding knife, a plurality of rollers, etc., and a paper bundle can be selectively folded from any position such as half-folding or double-folding. a zigzag device, which uses an actuating plate to move the paper stack and alternately change the binding position; an under plate and a presser clamp for holding and pressing the folded paper stack on the paper folding device; The machine is equipped with a punching die, a punch rond, etc. for selectively punching holes in any position of a stack of paper, a pressurizing device, a lever, an operation button, etc., and each of the above devices can be selected for the desired function. It consists of a function selection device that can be switched, and any function can be selected by operating the levers and buttons mentioned above, such as saddle stitching, half folding, flat stitching, flat binding half folding, flat binding double folding, folding only, staggered stitching, and perforation. 1. A paper binding and folding machine which is configured to perform desired paper folding and perforation.