JPH02258539A - Device for handling paper leaf bunch - Google Patents

Abstract

PURPOSE:To completely remove both longitudinal and lateral large belts from paper leaves in a bunch by a method wherein a lateral belt separating means interlocked with operation of a longitudinal belt feed carrying means enters between a cut lateral large belt and the paper leaves to separate the large belt from the paper leaves and collect it. CONSTITUTION:A longitudinal belt K1 fed by a feeding piece is held by a longitudinal catch 247. A pair of lateral feeding members feed out a lateral belt K2 to feed it to a lateral catch 243 to hold the lateral belt K2. Further a lateral catch driver drives the lateral catch 243 to rotate it by 90 deg. so that it is in parallel to the longitudinal catch 247. The lateral belt K2 and the longitudinal belt K1 held by both catches 243, 247 are pushed down and removed from a bundle H. A pin 287 lowers to enter between the paper leaves C and the lateral belt K2 while it rotates together with a rotating roller 295 and a belt pressing plate 296 of a rotating arm 292 thereby permitting the lateral belt K2 to be stored into a lateral belt box 308 by collecting operation of collecting rollers 305, 306.

Description

[Detailed Description of the Invention] [Object of the Invention] (Industrial Application Field) The present invention relates to a bundle processing device for paper sheets, and more specifically,
A paper leaf bundle (hereinafter referred to as a "bundle") that accepts a bundle of paper sheets such as banknotes, removes the large band forming the bundle, and seals it with a small band.
It relates to a bundle processing device for paper sheets that are sent out in a state of .

(Prior art) For example, in an inspection processing device that inspects banknotes,
A paper sheet bundle processing device receives paper sheets in the form of a bundle (the above-mentioned bundles are sealed with a predetermined number of large belts), removes the large belts from the bundle, and sends out each bundle as bundles. It is used.

An overview of a conventional example of such a bundle processing device will be explained with reference to FIG.

The bundle processing device shown in the figure receives a bundle T and forms a bundle T by forming a large vertical belt (hereinafter referred to as "vertical writing") K1 and a horizontal wide belt (hereinafter referred to as "horizontal writing") K2. Vertical writing cutter 1101 for cutting each. The horizontal strip cutter 102 and the vertical writing I (1
, Vertical writing catches 1103 and 1104 that hold and remove 2 in the horizontal band, and 1 in vertical writing. The individual bundles from which 2 has been removed from the horizontal band are cut out one by one, rotated 90 degrees, and are provided as a bundle H for the next frenulum removal process (not shown).
05, and a conveying means (not shown) for conveying bundles and bundles.

However, in the case of the above-mentioned conventional device, 2. Since the removal process of 2 on the horizontal band is performed only with both catches 1103 and 1104, depending on the sealing condition of 1 on the vertical writing and 2 on the horizontal band, these cannot be completely removed, and as a result, The residual amount of 1 for vertical writing and 2 for horizontal striping is transferred to the minor removal processing stage that is carried out later in this device.
There was a problem in that it adversely affected the removal process of small items.

(Problems to be Solved by the Invention) The present invention has been made in view of the above circumstances, and provides a paper sheet bundle processing device that can completely remove both vertical and horizontal character from a bundle of paper sheets. The purpose is to provide the following.

U Structure of the Invention (Means for Solving the Problems) The present invention is a method for processing paper sheets, which receives and processes bundles of paper sheets, each of which has been sealed by a predetermined number of large bands, and which are sealed vertically and horizontally. In the bundle processing device, there is a cutting means for cutting the characters of the bundle in both the vertical and horizontal directions;
Vertical writing turning transfer means for transferring and removing characters in both horizontal directions from paper sheets while turning them over, and the paper sheets and the horizontal writing characters cut by the cutting means in conjunction with the operation of the vertical writing turning transfer means. and a horizontal band separating means that enters between the paper sheets and separates the characters from the paper sheets, and a horizontal band taking and storing means that takes in and stores the characters in the horizontal direction separated by the vertical writing separating means. .

(for production) The operation of the apparatus having the above configuration will be explained below.

When this device receives paper sheets in the form of a bundle, it cuts or cuts the characters of the bundle both vertically and horizontally.

The cut characters in the vertical direction are turned over from the paper sheet and transported and removed by the vertical writing turning and transporting means.

In conjunction with the operation of the vertical writing turning transfer means, the horizontal strip separating means enters between the paper sheets and the characters cut in the horizontal direction by the cutting means, and separates the characters from the sheets.

The separated personality is captured and accommodated by the transverse band capturing/accommodating means.

(Example) Examples of the present invention will be described in detail below.

The paper sheet bundle processing apparatus 200 shown in FIG. A bundle sensor 202 consisting of an element, a printer 203 arranged above the east carrying means 201 and printing identification information (bank name, etc.) in vertical writing on the bundle T, and a bundle T and a predetermined number of bundles. A conveying means 204 that conveys 1. cutting means 205 for cutting 2 into horizontal strips, and 1. cutting into vertical strips from the bundle T; band removing means 206 for removing 2 from the horizontal band;
1 in vertical writing. A bundle accumulating means 207 for temporarily accumulating a predetermined number of bundles H with 2 removed from the horizontal band, and a bundle cutting unit that receives a predetermined number of bundles H accumulated by the bundle collecting means 207 and cuts out each H one by one. Means 208 and this clipping means 208
frenulum printer 209 that carries out each region H cut out by
It has a grasping and unloading means 209 equipped with a.

The conveying means 204 is flat and is arranged between the east carrying-in means 209 and the bundle carrying-out means 209, and has a bundle receiving area 211. Detects the existence of a generally F-shaped base 210 in which a direction change area 2121, a bundle processing area 2131, a bundle processing area 2141, and a bundle accumulation area 215 are continuously formed, and a bundle T on a bundle receiving area 211 in this base 210. A light-emitting element that
A first bundle sensor 216 consisting of a light receiving element and a bundle receiving area 2
11 to the direction change area 212 and the direction change area 212
a first transfer unit 217 that transports the bundles T or bundles H from to the bundle processing area 214, respectively; and a second bundle sensor 21 that detects the presence of the bundles T or a predetermined number of bundles H in the direction change area 212. , 8, the direction change area 212 and the bundle processing area 2.
13, which transports the bundle T or a predetermined number of bundles H.
and a bundle T at the end of the bundle processing area 213.
The third bundle sensor 220 detects the presence of the bundle H, and the first transfer unit 217 transports a predetermined number of bundles H sent out from the direction change area 212 onto the bundle processing area 214, and transfers them onto the upper stack area 215. A fourth sensor 222 detects the presence of the paper sheets C cut into a bundle by the batch cutting means 208 in the upper leaf stacking area 215, and A fourth transfer section 223 is provided that sends out the paper sheets C in a bundle to the bundle delivery means 209.

The first transfer section 217 is arranged to face a first sweeper 225 driven in the direction of arrow P by a drive section (not shown) and the first sweeper 225 in the direction change area 212, and is arranged to face the first sweeper 225 in the direction change area 212. A moving wall 226 that moves linearly from the area in the P direction is provided. This movable wall 226 is provided with a positioning member 227 that comes into contact with the end face of the bundle T or the bundle H.

The second transfer section 219 includes a pair of substantially U-shaped first transfer sections facing each other in the direction change area 212. It includes a second transfer 228, 229 and a drive unit (not shown) that drives both the transfers 228, 229 in the arrow Q direction (direction orthogonal to the P direction), and moves both the transfers 228, 229 to the direction change area 211. and the bundle processing area 213.

The third transfer unit 221 includes a third transfer unit 23
0 and a drive section (not shown).

The fourth transfer unit 223
1 and a drive section (not shown).

A turning area 212 on the base 210. Said first transfer section 217. Second transfer section 219, second bundle sensor 21
8 constitutes an upper layer means 207.

Next, the cutting means 205 and the band removing means 208 will be described in detail with reference to FIGS. 1, 2 to 7.

As shown in FIG. 1, the cutting means 205 includes a vertical writing cutter 235 that is driven to move up and down in the vertical direction and cuts the vertical writing of the bundle T, and a vertical writing cutter 235 that is driven to move up and down in the vertical direction in the bundle processing area 21-3. The cross-band cutter 236 is driven to reciprocate and cut the bundle T into two horizontal bands.

The band removing means 206 inserts paper sheet C into the horizontal band after cutting.
A horizontal flip section 240 for flipping off the paper, a horizontal catch 243 arranged near the corner of the bundle T in the bundle processing area 213 to sandwich the horizontal band, and a horizontal catch drive section for opening and closing the horizontal catch 423. 242, and a horizontal pushing part 241 for pushing 1 into the horizontal catch 243 into the horizontal band that is turned up by the horizontal turning part 240. It is equipped with.

As shown in FIG. 1, the horizontal turning section 240 enters into the sheet C in the bundle processing area 213, and the horizontal strip is displaced in the direction of the arrow shown in FIG. 1, which is parallel to the direction of arrow P. A pair of horizontal turning members 244a, 24 for turning up 2 on the horizontal band.
4b, and a drive section (not shown) that drives both side-turning members 244a and 244b.

The horizontal pushing section 241 includes a plate-shaped pushing member 245 and a drive section that drives the pushing section 245 in the direction of arrow Q.

The horizontal catch driving section 242 opens and closes the horizontal catch 243, and also rotates the horizontal catch 243 by 90 degrees while transferring it.

The band removing means 206 further includes a vertical writing turning transfer means 246, a vertical catch 247 for holding the vertical writing in the vicinity of the bottom corner of the bundle in the bundle processing area 213, and a vertical catch 247. A vertical catch drive unit 248 that opens and closes, and the horizontal catch 243. Vertical catch 247
2. to the horizontal bands held by each. In vertical writing, it is driven downward from above 1 to both bands, , to 2, and 1°K is applied to both bands.
a strip extracting section 249 for extracting paper sheets C; a horizontal strip separating means 250 that is arranged near the corner of the bundle T after the strip cutting process and separates paper sheets C from paper sheets C into horizontal strips;
2 is provided with horizontal band taking-in/accommodating means 251 for taking in and storing 2 into the horizontal band separated by.

The vertical writing turning transfer means 246 is arranged in the bundle processing area 21
It is arranged below the extraction hole 213a provided in 3.

This vertical writing turning transfer means 246 includes a flat transfer table 255 and a transfer table 255 as shown in FIG.
As shown in FIG. 2, a transfer drive section 256 that transfers the paper in the direction of arrow Q and diagonally downward (Q□ force direction), and a turning mechanism section 257 disposed on the transfer table 255;
The interlocking member 258 is provided to protrude from the transfer table 255 toward the lower side of the horizontal band separating means 250.

The transfer drive section 256 includes a motor 259 fixedly arranged below the transfer table 255, and a motor 259 that is fixedly disposed below the transfer table 255.
A gear 260 attached to the driving shaft and a pair of fixing pieces 261
A pair of rotating pieces 262a and 262b, one end of which is rotatably supported by 261b and the other end of each of which is rotatably attached to the transfer table 255, and one rotating piece 26.
2a and a driven gear 263 meshed with the gear 260.

The turning mechanism section 257 includes a turning motor 265 whose driving shaft is fixed vertically upward on the transfer table 255, a driving pulley 266 attached to the driving shaft of the turning motor 265, and a driving pulley 266 from the driving pulley 266. A driven pulley 26 arranged at a predetermined distance apart in the Q direction.
7, a transfer belt 268 stretched between both pulleys 266 and 267, and a pair of support pieces 269 on the transfer table 255.
a.

269b, a transfer rail 270 installed parallel to the transfer belt 268; a transfer top 271 that is slidably fitted to the transfer rail 270 in the Q direction and whose end face is attached to the transfer belt 268; A turning member 272 is provided, which projects upward from the transfer frame 271, and has a turning piece 272a provided at the upper end thereof, which penetrates 1° between the paper sheets C in the vertical direction and performs a turning operation. There is.

Next, with reference to FIG. 5, the horizontal band separating means 250 and the horizontal band taking in/accommodating means 251 will be explained.

The horizontal band separating means 250 includes a fixed support piece 281 fixed in a fixed position, a bearing 282 mounted on the fixed support piece 281 with the axial direction facing vertically, and a bearing 282 that allows the horizontal band separation unit 250 to move freely in the vertical direction. A shaft body 283 is movable and is attached to rotate horizontally with a bearing 282, a moving body 284 is attached to the upper end of this shaft body 283, and the upper end is fixed to this moving body 284. The vertical sliding piece 285 has a vertical piece 285a extending downward along the shaft 283, and a horizontal piece 285b protruding toward the front of the shaft 283. A bent portion 285c bent downward is provided at the protruding end of the vertical slide piece 285, and a long hole 286 in the vertical direction is bored in this bent portion 285c.

Further, the horizontal piece portion 285 in the vertical slide piece 285
A pin support piece 285d is provided protruding from b.
A pin 287 that enters between 2 and the paper sheet C is supported by the horizontal band 85d.

The vertical piece 285a is guided by a guide member 288 so as to slide only in the vertical direction.

A tension arm 290 is attached to the lower end of this vertical piece 285a via a boss 289.
An engagement pin 291 provided at the end of the interlocking member 258 is engaged with a long hole 258b of a cam portion 258a provided at the end of the interlocking member 258. A substantially U-shaped rotating arm 292 is attached to the outer periphery of the bearing 282 so as to be rotatable in the horizontal direction together with the bearing 282.

As shown in FIG. 5, the projecting end 292a of the rotating arm 292 is located further outward from the lower end of the bent portion 285c, and the projecting end 292a is provided with a presser roller 293. is installed.

Further, a support plate 294 is attached to the rotating arm 292 so as to be located between the vertical piece 285a and the bent portion 285c, and the protruding end 294a of this support plate 294 is connected to the bent portion 285c. Bend in parallel arrangement, protruding end 295
A rotary roller 295 rotatably attached to c is engaged with the elongated hole 286. Further, a vertically arranged band press plate 296 is integrally provided on the side edge of the support piece 294. Further, the rotating arm 292 is configured to rotate the stopper portion 2
97, it is always regulated to be in the position shown in FIG.

That is, as shown in FIG. 5, the stopper part 297 is rotatably supported by a support shaft 298 fixed in a fixed position and by this support shaft 298, and its lower end side engages with the rotation arm. It also includes a stopper piece 299 having a diagonal piece 299a that abuts the vertical slide piece 285 on the upper end side, and a spring 300 that biases the stopper piece 299 in the direction of the arrow.

Further, one end of a biasing spring 301 is attached near the bearing 282 of the rotating arm 292.
The other end of 01 is attached to a spring receiving pin 303 of a spring receiving piece 302 attached to the fixed support piece 281, thereby constantly urging the rotating arm 292 in the direction of the arrow.

The horizontal band taking-in/accommodating means 251 includes a pair of taking-in rollers 305 and 306 disposed in the rotation area of the pin 287, and a roller drive motor 30 that drives one of the taking-in rollers 305.
7 and a horizontal band box 308.

The strip removing means 206 further includes a residual vertical writing removing means 310 shown in FIG. 7, a scraping means 311 for scraping off residual vertical writing, and a residual horizontal writing removing means 312 also shown in FIG. There is.

The residual vertical writing removing means 310 is arranged across the direction changing area 212 and the bundle processing area 213, as shown in FIG.

This residual vertical writing removing means 310 is the first. The second belt winding discharge section 321, 322, and the first belt winding discharge section 321,322. Crowd storage cassette 3 installed below the second belt entrainment discharge part 321, 322
60.

The first belt winding and discharging section 321 includes a winding roller 32 formed of a pair of members having a large friction coefficient and facing the conveyance path of the bundle T.
6a, 326b, and both winding rollers 326a, 326
A total of three driving rollers 327, 328° 329 that drive b in the direction of the arrow shown in FIG. 7, and each of these rollers 326
a, 326b.

The first winding belt 33 stretched between 327 and 329
0 constitutes the first band winding part.

Also, a first discharge roller 331 .concentrically arranged with the drive roller 329 . Second ejection roller 332° Third ejection roller 333. A first ejection belt 334 stretched around each of these ejection rollers 331 to 333 constitutes a first belt ejection section.

Each of the rollers 326a, 326b, 327 to 329.
331 to 333 are rotatably supported by a fixed frame 335, respectively.

Further, the first band winding section and the first band discharging section are each driven in the direction of the arrow shown in FIG. 7 by a drive motor (not shown).

The second band winding discharge section 322 is connected to the fixed frame 3.
35, and a rotating frame 338 rotatably supported by a support shaft 337 provided at the upper end of the vertical fixed frame 336.

The rotating frame 338 includes a pair of winding rollers 339a formed of a pair of members having a large friction coefficient and arranged facing the upper side of the bundle T.

339b and the roller 34 arranged on the rotating frame 338
0,341, rollers 342, 343 and drive rollers 344 disposed on the vertical fixed frame 336, and each of these rollers 339a.

339b, 340, 341, 342, 343° 344, and a second winding belt 345 is provided. Further, a fourth ejection roller 346 is arranged concentrically with the roller 341, and a fifth ejection roller 347 is arranged near the third ejection roller 333.
and a second ejection belt 348 stretched around both ejection rollers 346 and 347 constitute a second belt ejection section.

The second band winding part and the second band discharge part are each driven in the direction of the arrow shown in FIG. 7 by a drive motor (not shown).

In addition, in FIG. 7, 349, 350a and 350b are guide members.

As shown in FIG. 1, the scraping means 311 includes a horizontal fixing piece 370 disposed horizontally near the upper surface of the handle H above the grip processing area 214, and a horizontal fixing piece 370 directed downward from the horizontal fixing piece 370. A brush-like scraping member 37 that protrudes
1.

The residual horizontal band removing means 312 is connected to the third transfer section 22.
A pair of intake rollers 372.373 facing the respective side areas conveyed by 1, and this intake roller 372.3.
73 and a horizontal belt storage box 374.

In addition, 375.376.377 in FIG. 1 is a guide member, 3
78 is a position regulating member for regulating the position of the handle H, and 379 is a stationary printer for the handle H.

Next, the clipping means 208 will be explained with reference to FIG. 8.

This clamp cutting means 208 includes an upper moving part 380 disposed at the end of the former clamping accumulation area 215, and an upper moving part 38
0 by 90 degrees.

The upper moving part 380 includes a U-shaped rotating body 382 rotatably supported by a support shaft 381 on the base 211, a gripping plate 383 attached to the opening side of this rotating body 382, and a rotating body. 382 and a gripping part 384 attached to the part 382.

This gripping part 384 includes a heavy-duty motor 387 fixed to a rotating body 382 and having a pinion 385 attached to one end of the shaft and a cam 386 attached to the other end, and a first slide having a rack part 388a meshed with the pinion 385. body 388 and the gripping plate 383 fixed to the first slide body 388.
A leaf spring 389a extended upward, and this leaf spring 389
The upper claw 390a attached to the protruding end of the
2, a lever 391 rotatably supported by an attached support shaft; a cam follower 392 supported by this lever 389 and in contact with the cam 386; and a lever 39.
1 in the direction of the arrow shown in FIG. 8; a second slide body 394 that is slidably driven in the direction of the arrow in FIG. 8 by an engaging portion 391a provided at the other end of the lever 391; A leaf spring 389b attached to the second slide body 394 and extending downward from the gripping plate 383
And this leaf spring 389b. It also includes an attached lower claw 390b.

The rotation drive unit 381 includes a first pulley 395a attached to the support shaft 382, a brake 396 arranged on the side of the rotation body 382, and a second pulley 395b and a first gear 396a attached to the shaft. , first and second pulleys 395
a belt 397 stretched between a and 395b, and a 90 degree rotating motor 398 fixed in a fixed position and having a second gear 398a attached to the driving shaft meshing with the first gear 396a.
It is equipped with.

Next, the control system of the bundle processing device 200 will be explained with reference to FIG.

This bundle processing device includes a bundle processing control section 359 that takes in a control signal sent from the control means of the inspection processing device via an interface 361.

This bundle processing control section 359 controls the bundle carrying means 201.
, a bundle sensor 202, a large bundle printer 203, a conveying means 204, a cutting means 205, and an east removing means 206.
, the upper leaf stacking means 207, the bundle cutting out means 208, and the bundle delivery means 209 are controlled.

The operation of the bundle processing device 200 having the above configuration will be explained below.

East delivery means 201. When the bundle T is brought in, the bundle sensor 202 detects the bundle T.

As a result, the large bundle printer 203 prints the identification information on vertical writing 1 of the bundle T under the control of the bundle processing control unit 359.

Next, the bundle T is carried into the bundle receiving area 211 of the base 210, and at this time, the first bundle sensor 216 detects either the bundle 216 or the bundle T and sends a detection signal to the bundle processing control section 360. As a result, the first sweeper 225 of the first transfer section 217 operates under the control of the bundle processing control section 359 to transfer the bundle T in the direction P.
The bundle T is brought into contact with the moving wall 226.

This bundle T is detected by the second bundle sensor 218, and under the control of the bundle processing control section 359, the 1-1 second transfers 228 and 229 sandwich the bundle T and transport it in the direction of the arrow Q. It is carried to the bundle processing area 213.

As the bundle T is transferred in the Q direction, the double force vines 235 and 236 of the cutting means 205 operate to vertically cut 1 and K2, respectively. 1, K, on both belts.

The bundle T in the cut state eventually reaches the bundle processing area 213.
stop at the end of

In this state, vertical writing 1 3 removal operations and horizontal band 2 removal operations are performed.

The operation for removing vertical writing K will be explained with reference to FIG.

The vertical writing turning transfer means 246 (n15) starts its operation by the bundle detection operation of the third bundle sensor 220.

That is, the turning motor 266 drives the transfer belt 268 in the direction of the arrow Q, whereby the turning piece 272a of the turning member 272 is transferred in the direction of the arrow Q, and the paper sheet C and the vertical writing K are transferred.
, the motor 259 is started in the direction of the arrow, and the rotating pieces 262a, 262b are rotated in the direction of the arrow shown in FIG.

Due to this operation, the transfer table 255 and the flipping member 272 descend diagonally in the Q1 direction, and the flipping piece 27
1 is sent to the vertical catch 247 in the vertical book turned over by 2a. In this state, the vertical catch drive unit 248 closes the vertical catch 247 to hold the vertical writing [<,].

This state is shown in FIG.

It goes without saying that as the transfer table 235 mentioned above descends in the Q1 direction, the interlocking member 258 also descends in the Q1 direction.

Next, the removal operation for horizontal band I<2 will be explained.

a pair of horizontal turning members 244a of the groove turning section 240;
244b is moved in the direction of the arrow shown in FIG. 3 to turn over 2 in the horizontal band, and peels 2 out of the sheet C in this horizontal band.

Next, the pushing member 245 moves in the Q direction, and the horizontal band K is turned over by the horizontal turning members 244a and 244b.
is sent to the horizontal catch 243.

At this time, the horizontal catch 243 driven by the horizontal catch drive section 248 clamps 2 on the horizontal band. Further, the lateral catch drive section 242 is configured to drive the lateral catch 24 as shown in FIG.
3 so that it is parallel to the vertical catch 247 9
Drive to rotate 0 degrees.

Next, the band extractor 249 operates, and as shown in FIG.
<2. For vertical writing, press down on both H;; )<,
, K2 is extracted from the grip H.

As a result, most of the paper sheets 2 are removed in each horizontal band in the vertical writing of the bundle T.

On the other hand, the vertical piece portion 285a of the horizontal band separating means 250
is pulled vertically downward as the interlocking member 258 is displaced in the Q1 direction, and as a result, the edge of the horizontal piece 285 +) presses the stopper piece 299. As a result, the stopper piece 299 rotates in the direction of the arrow shown in FIG. 5 and separates from the rotation arm 292.

As a result, the pin 287 descends and enters between the sheet C and the horizontal band 1<, and together with the rotating roller 295 of the rotating arm 292 and the band pressing plate 296, the pin 287 moves in the direction of the arrow shown in FIG. Rotate to. As a result, the horizontal band I is removed from the horizontal band box 30 by the take-in operation of the take-in rollers 305 and 306.
8 will be accommodated.

Next, the paper sheets C, which have been removed with the vertical writing ■<0 and the horizontal band 1, and are in the state of a predetermined number of bundles, are transferred to the first and second transfer 2.
28.229 returns to the direction change area 212, or at this time, the remaining portion of the vertical writing I 1 remaining on the outer periphery of the paper sheet C, that is, the residual band is transferred to the winding roller of the residual vertical writing removing means 310. 326 a.

326b and the winding rollers 339a, 339b,
It is discharged to the human storage cassette 360 along the route shown in FIG.

Each area H that has been transferred to the direction change area 212 returns to the first
It is held between the sweeper 225 and the moving wall 226 and conveyed in the P direction.

In this case, the first sweeper 225 of the upper leaf seed section 207
Under the control of the bundle processing control section 359, the movable wall 226 moves - when the preceding bundle H is being cut out.
It remains in the direction change area 212 for a while and starts transporting the bundle H when the cutting of the bundle H is completed.

During this process, the scraping member 371 comes into contact with the upper surface of each H and scrapes off the remaining vertical writing.

Then, each area H is further sent to the grasp processing area 214.

Then, it is transferred in the Q direction by the third transfer 230, but during this transfer, the remaining horizontal band 2 is removed by the take-in rollers 372, 373 of the residual horizontal band removing means 312.

Each region H reaching the upper leaf area 215 is positioned by the position regulating member 37.
8, the positions are regulated and aligned, and the leading grip H contacts the gripping plate 383. This state is shown in FIG.

The claw side motor 387 of the bundle cutting section means 208 operates a cam 386 and a pinion 386 under the control of the bundle processing control section 360.
is driven in the direction of the arrow shown in FIG.

As a result, the cam 386 displaces the lever 391 in the direction of the arrow, raises the lower pawl 390b together with the second slide body 394, and engages the pawl 390 with the grip H.
A first slide body 388 interlocking with the pinion 386
Then, lower the upper claw 390a and engage the upper claw 390a with the handle H.

Next, the 90 degree rotation motor 398 is started and each gear 398
a, 396a, second pulley 395b.

The rotating body 3 is connected via the belt 397 and the first pulley 395a.
82 by 90 degrees as shown in Figure 8, and
cut out.

This bundle H is detected by the fourth sensor 222, and as a result, the fourth transfer 231 sends the bundle H to the bundle delivery means 209.

The present invention is not limited to the embodiments described above, and various modifications can be made within the scope of the invention.

[Effects of the Invention] According to the present invention described in detail above, large bands in both the vertical and horizontal directions can be removed from paper sheets separately, and the removal of these large bands can be ensured. A leaf bundle processing device can be provided.

[Brief explanation of drawings]

FIG. 1 is a perspective view of an apparatus according to an embodiment of the present invention, FIG. 2 is a perspective view of a vertical writing turning transfer means of the same apparatus, FIG. 3 is an explanatory diagram showing horizontal band removal processing in the same apparatus, and FIG. is an explanatory diagram showing the vertical writing and horizontal stripping operations in the same device, FIG. 5 is a perspective view of the horizontal strip separating means in the same device, FIG. Side view of writing removal means, No. 8
9 is a block diagram of the control system of the same device, and FIG. 10 is a schematic explanatory diagram of the conventional device. 1... Bundle processing device, 204... Conveyance means, 2
05... Cutting means, 206... East removing means, 2
08... Grasp cutting means, 209... Grasp carrying out means, 3
11...Scraping means. /

Claims (1)

[Scope of Claims] A paper sheet bundle processing device that receives and processes a bundle of paper sheets sealed with a small band and a predetermined number of large bands vertically and horizontally, comprising: A cutting means for cutting large strips in both directions; a vertical turning transfer means for removing the large longitudinal strip cut by the cutting means from paper sheets while turning them over; and operations of the vertical turning transfer means. a horizontal band separating means that moves between the large horizontal band cut by the cutting means and the paper sheets and separates the large band from the paper sheets; 1. A bundle processing device for paper sheets, comprising: a horizontal band taking-in/accommodating means for taking in and storing a large horizontal band.