DE3337463A1 - DEVICE FOR PROCESSING PAPER SHEETS - Google Patents

Description

Handle. Pfenning, Feiler, Hänzel & Meinig patent attorneys

Tokyo Shibaura Denki Kabushiki Kaisha Or - " ¹ Vj v \ hnrcf. '/..■.;■,■-■

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MYT-58P797-3 October 14, 1983

Device for processing sheets of paper

The invention relates to a paper sheet processing or handling apparatus in which fed

_c sheets of paper one at a time for a predetermined b

Examination or assessment (judgment) taken into a first and a second group divided and finally collected (filed).

An example of such a paper sheet processing device is a bank note processing device known, in which a bundle of e.g. 100 banknotes, half or one-sided with a paper tape is wrapped, the banknotes are released from the paper tape and removed individually for checking and then 5

for perfect banknotes (first sheets of paper) and unusable banknotes (second sheets of paper) be classified in order to then be filed in assigned collection parts.

The flawless banknotes must be removed from the device as a bundle as soon as a predetermined number of banknotes has been collected. Some of the unusable banknotes become

removed for storage in bundles, while others 25

must be destroyed to prevent their re-use.

The previous banknote processing devices

however, they are not with both annihilation and _% 30

Binding or banding units provided for processing the unusable banknotes, so that they are inadequate in terms of versatility and operational performance.

In view of these circumstances, the object of the invention is thus to provide a paper sheet processing device to create that both

Binding or banding (banding) as well as destruction processes are able to carry out and thus great c Ensures versatility and high performance.

In order to achieve this object, the paper sheet processing apparatus according to the invention is provided with a stack (single) wrapping unit (batch half-wrapping device) and a destruction or cancellation unit, which can be operated selectively.

The invention thus provides an apparatus for processing sheets of paper for general purposes

Use, removing the sheets of paper as needed

and divided into two categories, namely into a group suitable for re-use and a group unusable for reuse, with a feed unit for carrying the _ removed paper sheets, a removal unit for the individual removal of the paper sheets from the feed unit, an evaluation or testing unit for evaluating the items accepted by the acceptance unit Sheets of paper to classify them into a first, reusable group and a second, not reusable group, a first Saimeleinheit for collecting or depositing the paper sheets of the first group and a second collecting unit for collecting or depositing the paper sheets the second group, which is characterized by

that the second collecting unit is a stack (single) Um-30

Wrapping unit for one-sided wrapping (halfwrapping) and binding or banding of the second collecting unit collected paper sheets of the second group and a destruction or disposal

_- evaluation unit to prevent recycling OO

application of the collected in the second collection unit Having paper sheets of the second group, and that between the removal unit and the second collecting unit

a conveying unit is provided which selectively transfers the paper sheets of the second group to the stack wrapping unit or is able to transfer to the destruction unit.

The following is a preferred embodiment of the Invention explained in more detail with reference to the drawing. Show it:

1A to 1C show a plan view, a side view in vertical section and an end view, respectively a paper sheet or banknote processing apparatus according to Er-15

finding,

FIGS. 2A and 2B are perspective front and rear views of the device according to FIG. 1,

Fig. 2C is a perspective view of a

Modification of the stack feeder,

Fig. 3 is a perspective view of a

Stack feeder according to one embodiment,

4 shows a side view, in vertical section, of a stack feed console;

5 shows a side view of a stack ejection part in vertical section;

6 shows a vertical section through an ejection part for unmachinable Stack,

Fig. 7 is a side view of a tilt mechanism

for roles,

8a and 8B show a front view and a side view in vertical section of a band cutting part, respectively;

Figures 9A to 14A are similar to Figure 8A for a schematic illustration of the tape cutting / removal process,

Figures 9B to 14B and 15 are similar to Figure 8B for schematic illustration of the tape cutting / removal process ,

16 is a perspective illustration of a

Sanmel or storage part for rejected people Banknotes,

17A and 17B are side views for the schematic

Representation of the bundle packaging process,

17C is a perspective view of a packaged bundle and FIG

Fig. 18 is an illustration of a display mode

a cathode ray tube screen of an external operating device.

The following is the invention in terms of processing apparatus for banknotes as an example of paper sheets.

The device shown in FIGS. 1A to 1C is set up, for example, in a bank note issuing authority and classifies circulating banknotes withdrawn by banks according to four categories, viz after flawless (valid), unusable,

counterfeit and unmachinable banknotes, and she only bundles the perfect banknotes,

_c so that these are sent back to the banks and put back into b

Can be circulated. This device comprises a stack feeder 1, a removal unit 2, a Conveyor / sorting unit 3, an evaluation or testing unit 4, a sorting / collecting unit 5, a stacking (single) wrapping unit 6, a bundle (single) wrapping unit 7A, a bundle packaging unit 7B, a destruction or cancellation unit 8, a Control unit 9 and a control panel part 10.

In the present case, there is a 15 under a “batch” P

to understand such from 100 bound (banded) banknotes, while a "bundle" (bundle) Includes 10 bound (banded) stacks. "Impeccable banknotes" are those that are considered normal and are validly assessed and are to be returned by the issuing authority for reuse. "Unusable banknotes" are those which - although rated as normal and valid - can be reused are unsuitable and should therefore be destroyed at the issuing authority. "Counterfeit banknotes" are those that are neither normal nor valid (unidentifiable banknotes are considered invalid). Such bank notes are called "unmachinable bank notes" considered, which due to superimposition, inclination or (too) short distance (between two consecutive banknotes on a conveyor line to the processing station) are not checked or assessed can be. The fake and unprocessable

Banknotes are also called "Rejectable (or 35

rejected) bills "because they were rejected by the processing device should be. "New (fine) banknotes" are such

flawless banknotes that are comparatively new and are clean.

The sorting / collecting unit 5 comprises a collecting part

5A rejected note, a collection member 5B for different or different sheets, a collecting part 5C for new banknotes, a collecting part 5D _n for perfect notes and a collection part 5E unfit note. The conveying / sorting unit 3 comprises five conveying / sorting parts 3A-3E which are arranged on the conveying path and which correspond to (are assigned to) the collecting parts 5A to 5E of the unit 5. At the respective diverging sections ο

the conveyor / sorting parts 3A-3E are each gates GT. The collecting parts 5A-5E are provided with conventional removal wheels FW1 - FW5, which each separate the fed banknotes Remove the state to put them in the associated Samme1 compartments

(BIN1 etc.) to collect or file. One of these compartments (BIN1 etc.) is BIN1 for fake ones Bank notes and a compartment BIN2 for unprocessable bank notes lying on top of one another and separated on the collecting part 5A arranged for rejected banknotes. On the other collecting parts 5B-5E there are each assigned compartments BIN3 - BIN6.

The stack wrapping unit 6 is provided with stack wrapping units arranged under the compartments BIN3 - BIN6

parts 6A-6D provided. The bundle wrapping unit 7A is disposed below the stack wrapping unit 6C, which in turn lies under the collecting part 5D for faultless banknotes. The bundle wrapping unit 7A has a window 7A1 through which bank notes on the rear side of the unit 7A to the bundle packaging unit 7B.

The removal unit 2 comprises a collecting part 2A in which a number of loose bank notes are collected,

_ a delivery roll 2B for individual removal or ο

Pulling off the bank notes stored in the collecting part 2A, a group of conveyor rollers 2C for transferring the banknotes withdrawn from the delivery roll 2B and an examination or Test part 2D, in which the banknotes for unprocessable properties (e.g. overlay, inclined position, short mutual distance, etc.). Before finishing processing a previous one The removal unit 2 is attached to the stack

prevented from accepting individual banknotes of a subsequent 15th

To be removed from the stack. According to Fig. 1C is the control panel part 10 with an inlet or input part 10A for supplied stacks, one arranged above it Operating part 10B with a decimal key unit, a cathode ray tube monitor 10C and a cassette output opening 1OD provided. The bundle packaging unit 7B has an outlet opening 7B1 on.

The parts of the units mentioned are in the form of individual 25

Building blocks or modules formed. According to Fig. 1A are a feed module M1 on which a feed console 11 can be removed is attached, a test module M2, first and second storage or collection modules M3 and M4, a

Waste module M5 and the bundle packaging unit 30

TB arranged so that they can be connected or disconnected from each other. Depending on the purpose of use and the required functions, the number of these building blocks or modules can thus be as desired

"_ Can be enlarged or reduced. According to Fig. 1B 35

the feed module M1 contains the collecting part 5A for rejected banknotes, those arranged vertically below Removal unit 2 and the one arranged behind it

Control unit 9. The test module M2 contains the test unit 4 and the two conveyor / sorting parts 3A and 3B.

_c The first collective module M3 contains the collective part 5B ο

for different or different sheets, the collecting part 5C for new banknotes, the stacking wrapping parts 6A and 6B and the third and fourth conveying / sorting sections 3C and 3B, respectively. The second Collection module M4 contains the collection part 5D for faultless banknotes, the collection part 5E for unusable banknotes Banknotes, the stack wrapping parts 6C and 6C, the fifth conveying / sorting part 3E and shredders 8A and 8B as first and second destruction units, respectively.

The scrapping module M5 contains a 15

Garbage bin 8C.

Fig. 2A is a partially exploded perspective view of the bill processing apparatus; while Fig. 2B shows the device in a perspective view from the rear and Fig. 2C illustrates the main part of a modification of the stack feeder. According to FIG. 2A, the Modules M1 - M4 are each provided with doors. For example, the first and second shredders 8A and 8B, respectively E.g.

and the bundle wrapping unit 7A is connected and housed in the module M4 with the door open will. Located near the processing device an external operating device or unit 100, with a cassette CST, which contains the on-30

the collecting part 5A contains processed, rejected banknotes / is removable in order to check the rejected banknotes for the cause of the rejection. The external operating unit 100 _o _ comprises a table 100A, an input unit 100B

with a decimal key unit, a cathode ray tube screen 100C, a printer 100D, and a keypad 100E; the units 100B - 100 E are located

himself on the table 1OOA. On the side of the module M1 is a cover or a lid 10F for the input of loose bank notes. With the lid open 10F, the processing apparatus can operate in a loose banknote processing mode. According to Fig. 2B is a portion containing a cooling pipe and the like at the rear of the processing apparatus 101 attached.

Fig. 2C illustrates a variation in which the stack feeder panel 11 by a feeder panel 11 'is replaced, which has a conveyor belt which carries a number of stacks simultaneously in the longitudinal direction ο

able to promote. ^{In this modification, a cover or a flap 11A 1} arranged on the upper side of the feed console 11 'is raised when bank note stacks or bundles are to be entered by hand. _n In this case, these stacks or bundles are automatically transferred in the direction of arrow A, to be fed to the processing device. After processing, the bundles of banknotes are transferred in the direction of arrow B to an output opening

_OI _ 10E in the lower area of module M1 outwards / b

to be worn.

The following is the detailed structure of the various parts of the bill processing apparatus

explained.
30th

3, the stack feeder 1 comprises the stack feed console 11, a stack discharge part 12, a Discharge part 13 for unprocessable stacks and one

Tape cutting part 14. The feed console 11 and the if

Ejection parts 12 constitute an example of a stack discharge unit for taking out and out isolated transfer or conveyance of the stack that

each consist of a predetermined number of (e.g. 100) banded banknotes. The ribbon cutting unit 14 is an example of a corresponding unit for severing the banderoles, which are attached to the through the Removal unit removed stacks are wrapped around.

According to FIG. 4, the stack feed console 11 has a Frame with a sloping top and a recess formed therein, a first tape 11B for Transfer of the stacks in the longitudinal direction (perpendicular to the plane of the drawing) along the sloping upper side

at a right angle to one end section 15

of the first belt 11B, the second belt 11C for regulating the position of the stacks, the belts 11B and 11C as well as a drive belt 11F leading rollers 11D and 11E, a set of gears 11E and one

Motor 11F for driving rollers 11D and 11E 20

on.

The stack ejection part 12 comprises, as shown in FIG. 5, an inclined floor 12A on the extension of the belt 11B,

a support plate 12B extending from the lower end portion 25

of the bottom 12A is displaceable along the slope,

a ball screw connected to the support plate 12B 12C, a motor 12D for driving the screw spindle 12C, a guide 12E for guiding down the stack of banknotes P, which over the front 30

End portion of the bottom 12A has been pushed out are, belts 12F and 12G for receiving the stacks dropped onto them and one at the lower end portion the screening plate 12H attached to the screw spindle 12C. The stack discharge part 12 further comprises a first probe or sensor S1 for determining the location or position of the shielding plate 12H to determine the starting position

the support plate 12B, a second sensor or sensor S2 for detecting the passage of the shielding P-plate 12H for the purpose of determining the end position of the support plate 12B, a third measuring sensor or sensor S3 for actuation by an actuator AT, which pivots and a when the stack is ejected Stop signal for the engine 12D supplies a fourth

_in measuring sensor or sensor S4, which can be actuated when a light beam from a light source LP is interrupted by a discarded stack and which supplies an output signal for determining the point in time or timing for the start of the drive of the conveyor belts 12F and 12G, as well as a fifth measuring

sensor S5 which detects the presence of stacks above the support plate 12B able and an output signal to determine the time or the cycle for switching off the Motors 12D supplies.

In the case of the stack feeder 11 described, 10 stacks of banknotes placed on the stack feed console 11 are transferred to the support plate 12 when the conveyor _or . belts 11B and 11C are set in revolving motion by the drive rollers 11D and 11E, respectively. At the moment in which the stacks pass the sensor S5, the drive rollers 11D and 11E and thus the belts 11B and 11C are stopped, so that the transfer of the stacks is completed. The support plate 12B is then actuated to push the stacks obliquely upwards, the top stack then sliding down the guide 12E on the other side of the base 12A. In this way, the stacks are fed one at a time. As the motor 12D rotates, the screw spindle 12C moves forward so that the individual stacks are ejected by the support plate 11B. If at the

Forward shift of the stack of light receiving part of the sensor S3 becomes dark, the motor 12D stops.

, - The motor 12D then runs intermittently, ο

so that the stacks fall one at a time from the floor 12A onto the belts 12F and 12G. Every time a fallen one If the stack shields the sensor 4, the motor 12D stops and the belts 12F and 12G start running. The motor 12D thus runs intermittently at regular intervals for the Feed stacks individually and one after the other. The sensor S2 is in such a position that all 10 stacks can be fed or transferred. Of the

, _ The motor is running when the shielding plate 12H is on '

rear end of the screw spindle 12C passes the sensor S2, and it stops when the shield plate 12H coincides with the sensor S1. As soon as the motor 12D stops, the rollers 11D and 1TE begin to move To turn the feeder console 11 so that another 10 bank

note stacks P by the conveyor belts 11B and 11C be transferred to the support plate 12B. This order of work is repeated as necessary. If within a specified period of time by the

__ a sensor located near the support plate 12B 2 B

or sensor S5 does not detect a stack of banknotes, the belts 11B and 11C start, and at Βϋατ screen or by a buzzer, an indication is provided that an operator is banknote

Stack on the feed console 11 should give up. 3U

In the following, the structure of the discharge part 13 for unprocessable stacks and the Band cutting part 14 described. The said exit

support part 13 comprises a delivery table 13A for Zuob

delivery of the ejected stacks, a set of guide rollers 13B for guiding the stacks, one in the central area piece of metal arranged along the conveyor

Detector element 13C, a pivoting or tilting mechanism 13D for tilting the guide rollers 13B, a rotary solenoid 13K arranged above the guide rollers 13B, a lever 13L which can engage between the guide rollers 13B and, through the rotary solenoid 13K, the tilted and delivered stacks to the side of an outlet - or output opening 13N is able to throw off a _{basket 13M set up under the n} output opening 13N and a front / rear side detector 13R for determining the front or rear side of the stacks of banknotes delivered.

, j- The tilt mechanism 13D for the idler rollers 13B has the structure according to FIG. 7. It comprises a frame 13E which rotatably supports the guide rollers 13B, a rotatable one Shaft 13S, which is mounted on the frame 13E by means of one-way clutches 13P and rotatably supports the frame 13E,

"» A group of gears 13Q with a set of others bevel gears mounted on one ends of the idler rollers 13B and another set of bevel gears seated on the central portion of the shaft 13S, which in turn mesh with the former bevel gears, one on

"C pulley 13F attached to one end of shaft 13S, a drive motor 13H, one wound around the pulley 13F and a pulley of the motor 13H Belt 13G, a stop 131 for determining the starting position of the frame 13E and a diving

_ori core solenoid 1 3J for pivoting the stop

to release the frame 13E. When the tilting mechanism 13D is in operation, the stopper is pulled away 131 by energization of the solenoid 13J from the frame 13E so that the guide rollers 13B under the influence of gravity g of ₅ in FIG. 6 pivot counterclockwise. When the guide rollers 13B are returned to the initial position, they are rotated clockwise by the motor 13H.

In the case of the unprocessable stacks of banknotes discharge part 13, each stack on the belts 12F and 12G p- of the stack feeder 1 as it passes the metal piece detector 13C by this for the presence of metal clips, pins or other pieces of metal checked. The stack of belts 12F and 12E is then delivered to idler rollers 13B. the Hold belts 12F and 12G and idler pulleys 13B

on when the movement of the stack into a predetermined position by a sensor or not shown Sensor is detected. When one or more pieces of metal are detected in the stack by the detector 13C

, · Becomes, becomes after stopping the belts 12F and 12G b

and the guide rollers 13B energize the rotary solenoid 13K. The stack is ejected from the device into the basket 13M by the lever 13L. At the moment Upon energization of the rotary solenoid 13K, the next stack is placed on the belts 12F and 12G. Of the ejected stack is checked by the operator and then returned for processing entered the device. The batch experiences the same processing or treatment as when it is detected as being upside down by the front / rear side detector 13R.

In the present case, a stack that cannot be processed is assumed that contains one or more pieces of metal or is fed upside down. That

Metal piece detecting element 13C and the front / rear side detector 13R represent an example of one Detector unit for the detection of unprocessable stacks. Those stacks in which the detector 13C did not detect any metal pieces

are fed to the tape cutting part 14.

Referring to FIGS. 8A and 8B, the tape-cutting member 14 comprises an upper conveying part 14A with a number of r rollers 14A3, a drive roller 14Al, one mounted on a rocker arm 14A4 movable or oscillating roller 14A2 and a belt or conveyor belt 14a5, a bottom Conveying part 14B with several rollers 14B3, one drive roller 14B1, one on a rocker arm

, Q 14B4 attached movable or rocking roller 14B2 and a belt 14B5, in the central area the conveyor line defined between the upper and lower conveyor parts 14A and 14B and below a right one Upper and lower pressure pieces arranged at an angle to this

, ρ- (squeezers) 14C and 14D, respectively, facing each other and apart are movable, a tape catching lever 14E attached to the upper pressure piece 14C, one along the Knife guide 14F formed at the lower pressure piece 14D, one horizontally below the tape catching lever 14E

" _N movable tape catch pin 14G, a knife 14H movable along the knife guide 14F and a counter or. Support plate 141 for leading out the bank notes from which the ribbons or banderoles have been removed.

2g According to FIG. 8A, the upper and lower pressure pieces are 14C and 14D arranged so that they have between them the grasp different sections of the part of the supplied stack P wrapped with a band PA. The upper pressure piece 14C consists of two rods

₃ Q or rods 14C1 and 14C2. The tape catching lever 14E pivotally connected to the one rod 14C1 is biased clockwise by a biasing means, not shown, as shown in FIG. 8A. The position shown in FIG. 8A can be regarded as a regulated one

r> r designate the position of the strap stop lever 14E. The tape catching pin 14G is guided displaceably in a groove formed in the lower section of the rod 14Cl. The lower pressure piece 14D consists of two rods

14D1 and 14D2, between which the knife guide 14F is arranged. The knife 14H is in one rod

14D1 slidably guided. The support plate 141 is 5

inserted between separate sections of the conveyor belt or belt 14B5 and vertically displaceable.

The mode of operation of the band or band cutting part 14 with the structure described is shown in FIGS 10

Figures 9A through 15 illustrate. One from the stack feeder 1 supplied stack P is in a position between the upper and lower pressure piece 14C or 14D in Middle area of the conveyor line between the upper ones

and lower conveying members 14A and 14B, respectively, are stopped 15

(see Fig. 9B). According to FIG. 9A, the stack P between the rods 14C1, 14C2, 14D1 and 14D2 is attached held in the sections that are free of the wrapping tape (banderole) Pa. According to Fig. 10A

and 10B then become the pressing pieces 14C and 14D 20th

moved downwards so that the stack P is arched downwards. As a result, a gap is created between the top of the stack P and the top portion of the belt PA, the latter being the bottom of the tape catch lever 14E. Swivel at the same time the rocker arms 14A4 and 14B4 of the two conveyor parts 14A and 14B, respectively, counterclockwise (Arrows in Fig. 10B) to facilitate the displacement of the belts 14A5 and 14B5 and a to favor a gentle pressure or squeezing effect.

11A and 11B then shifts the tape catching pin 14G guided in the one rod 14C1 of the upper pressure piece 14C in the direction of the arrow

11A to the right under the upper section 35

of the wrapping band Pa. This upper portion of the tape Pa is thus between the tape catching lever 14E and the tape catch pin 14G. Afterward

both pressure pieces are displaced according to FIGS. 12A and 12B 14C, 14D upwards, so that the stack P is after

_c vaulted above. The upper section of the b

Bands Pa between the tape catch lever 14E and the tape catch pin 14G held while its lower section under the tightening of the band (banderole) Pa on the Knife guide 14F is applied. Moves to this point 13A and 13B, the one guided in one rod 14D1 of the lower pressure piece 14D Knife 14H in the direction of the arrow according to FIG. 13A along the groove of the knife guide 14F to the right, with it on engages the lower portion of the tape Pa resting on the upper side of the knife guide 14F and this ο

Section cuts through.

Subsequently, according to FIGS. 14A and 14B, only the lower pressure piece 14D is displaced in the downward direction back to its original position. The cut one

Tape Pa is still between the tape catcher lever 14E and the tape catch pin 14G held on the one rod 14C1 of the upper pressure piece 14C. At this time the rocking levers 14A4 and 14B4 "_" of the two conveyor parts 14A and 14B pivot clockwise (Arrows in Fig. 14B) back to their original position. Finally, according to FIG. 15, the two conveying parts 14A and 14B driven to the from the tape and from to continue to demand banknotes released from the banderole,

wherein the support plate located in waiting position 3Ü

141 enters the conveyor line and removes the supplied banknotes. During the upward movement of the support plate 141, the delivered bank notes are delivered to the collecting part of the removal unit 2. The _nt . cut tape (banderole) Pa is transferred to the below-described collecting part 5A for rejected banknotes.

According to FIG. 16, the Sanunel part 5A includes for rejected persons Banknotes a collector 50 for unprocessable p-banknotes with a corresponding collecting box or -fach BIN2, a collector 51 for counterfeit banknotes with a corresponding box or compartment BIN1, a Classification card issuing unit 52 and a cassette collector 53. In the collector 50 are by the relevant

, Q Unprocessable banknotes P3 collected or stored in stacks. The collector 50 includes a conveyor belt 50B with several approximately vertical Separation plates 50A, which are horizontal at a right angle to the path of movement of the unprocessable banknotes P3 are movable, and a conveyor belt drive motor 5OC. The unprocessable ones deposited on the conveyor belt 5OB Bank notes P3 are transferred to a predetermined location, with the help of a probe or sensor, not shown, for

_"N version of the movement of the conveyor belt 5OB and a position sensor S6, which detects perforations which pass through the one side edge of the conveyor belt 5OB at regular intervals. The approximately vertical partition plates 50A on the conveyor belt 50B

₂ g are arranged at regular (mutual) intervals. Two adjacent partition plates 50A can define two walls of the relevant compartment BIN2 that run along the direction of movement of the unprocessable banknotes P3. The conveyor belt 50B moves

"Q in predetermined pitches. After yourself the conveyor belt has moved 5OB by one step, the said two walls of the compartment BIN2 for unprocessable Bank notes formed by two other separating plates 50A located next to one another.

The collector 51 for counterfeit banknotes is designed so that the delivered by the conveyor belts counterfeit banknotes P4 to slow down

curved recesses are added between successive blades of the removal wheel FW1, the

_c moves at low speed in the conveying direction of the ο

counterfeit banknotes P 4 rotates, these banknotes are then stored in stacks or piles. As the curved recesses run in the collecting parts 5D and 5E for faultless and unusable bank notes at the collector 51 for counterfeit banknotes / in synchronism with the ones supplied to the acceptance wheel FW1 counterfeit banknotes P4, so that the latter can be safely inserted into the individual recesses of the acceptance wheel FW1 can enter. In these recesses are

the banknotes P4 turned over by about 180. It will 15th

further movement of the banknotes P4 is prevented by a fixed plate 51A opposite their front ends. During the rotation of the removal wheel FW1, these bank notes P4 are therefore continuously out of the curved ones Recesses pulled out and deposited evenly in compartment BIN1 for counterfeit banknotes.

A bottom plate 51B of the compartment BIN1 is horizontally displaceable. When a motor 51C rotates

the bottom plate 51B by means of an arm 51D 25th

the compartment BIN1 for counterfeit banknotes pulled out, so that these banknotes P4 in the under the compartment BIN1 arranged compartment BIN2 for unprocessable banknotes can be discharged. The collected in subject BIN1 counterfeit banknotes P4 are thus deposited on the unprocessable banknotes P3, which in the relevant Tray BIN2 have been collected.

The cut part 14 that was cut through in the band or banderole Wrapping tape (banderole) Pa is for 35

each currently processed banknote stack is deposited in compartment BIN1 for counterfeit banknotes. More accurate said: this tape Pa is before the filing of the

first counterfeit banknote P4 of the respectively processed stack on the base plate 51B of the relevant compartment BIN1 stored. In this way, the tape or the banderole Pa is first introduced into the compartment BIN1, whereupon the counterfeit banknotes P4 are stacked on this belt Pa.

The classification card issuing unit 52 outputs one of each in a vertical stack in one Card magazine 52A located classification cards CAD on the collected or stored counterfeit Banknotes P4 on. These CAD cards each have their own identification numbers. With one revolution one

Take-out or take-off roller 52B located under the cards CAD reaches the leading end of a card CAD take-out rollers 52C which, when rotated, deliver the card CAD. During this discharge, the ID located on the CAD classification card

identification number by a not shown

Read head read out and stored in a magnetic memory in control unit 9. The discharged or issued card CAD is stored in the compartment BIN1 for counterfeit banknotes.
25th

The cassette collector 53 is used to collect the unprocessable banknotes P3, the ribbons or banderoles Pa, counterfeit banknotes P4 and classification cards CAD

to collect 30 in a cassette on the conveyor belt 50B

or to discard. The cassette collector 53 comprises two cassettes CST1 and CST2 arranged next to one another, an eject plate 53A for pushing bills and other sheets of paper from the conveyor belt 50B into the

Cassettes CST1 or CST2 and two pressure plates, 35

which press against the sheets in the relevant cassette CST1 or CST2. Because of the use two cassettes CST1 and CST2 as well as two pressure

plates 53B can be continued with the second cassette CST2 when the first cassette CST1 gec is filling. As a result, there is no interruption time required for changing the cassette.

The cassette collector 53 is further provided with a recirculating-ball screw 53D, which moves in the rotation of a motor _in 53C in the longitudinal direction. At this time, the ejecting plate 53A attached to the front end of the screw spindle 53D moves in the same direction to eject the bills and other sheets. The ejected sheets are supported by a plate 53H

positioned on the cassettes CST1 and CST2 or ι ο

aligned. The discharge plate 53A and the cassettes CST1, CST2 are with a conveyor belt therebetween 5OB arranged opposite one another. In this way, a single ejection plate 53A can both Operate cassettes CSTI and CST2.

Each pressure plate 53B is connected to a motor 53G by means of an arm 53E and a movable plate 53F. The pressure plate 5 3B is normal _oc, in ready position on the cassette CST1 or CST 2. When the motor rotates, the pressure plate 53B is pulled down via a chain in order to counter the banknotes or the like in the cassette CST1 or CST2. to press.

The cassettes CST1 and CST2 each consist of a box with an open top and one inside included, not shown support or counter plate, which by frictional connection in any

_oc position inside the box to stay

able. This support plate is brought into the cassette by the pressure plate 53B Banknotes and the like pressed down as required.

When the support plate reaches its lowest position, it is formed by one formed in the first cassette CST1 Hole H1 from a probe or sensor 5

S7 detected. The latter then delivers a "full" signal Depending on this signal, the other cassette is used to receive banknotes or other Leaves ready.

The following describes the operation of the rejected bank note collecting part 5A. If that The band or banderole Pa is cut and removed from the stack P by the stack feeder 1

insert this tape directly into compartment BIN1 15

convicted for counterfeit banknotes. The stack feeder 1 works independently of the transfer of the belt Pa, wherein the 100 bank notes forming the stack P are removed one after the other by the removal unit 2. It is now assumed that the stack P contains a counterfeit banknote and an unprocessable banknote and these banknotes to be rejected are deposited in the relevant compartments BIN1 and BIN2 after the check should be. The counterfeit bank color E4. Is included on the aforementioned volume Pa in the relevant subject BIN1 ■

filed. When the last of the 100 banknotes is checked or assessed, or when the rear end has one not shown sensor or sensor passes at the inlet of the compartment BIN1 for counterfeit banknotes, the classification card output roller 52B of the output unit 52 begins to rotate so that a Classification card CAD is discharged onto the counterfeit bank note P4. Then the engine 51C runs for driving the bottom plate 51B of the counterfeit banknote compartment BIN1, so that the bottom plate 51B is moved out of the relevant compartment BIN1 by means of the arm 51D. The tape or the banderole Pa, the counterfeit banknote P4 and the

Card CAD deposited in the specified order on the unprocessable bank note P3.

Then the motor 5OC of the collector 50 displaces the

Conveyor belt 50B in circulation, so that the partition plates 50A move on by a pitch. On that the perforations formed in the conveyor belt 5OB are detected by the sensor S6, so that the motor 5OC is switched off and the conveyor belt 5OB thus stops. At the same time, the motor 53C for the ejector plate starts 53A so that the sheets stacked on the conveyor belt, the unprocessable banknote P3, the belt _ or the banderole Pa, the counterfeit banknote P4 and

the classification card CAD in the specified order through the ejection plate 5 3A over the first Cassette CST1 to be ejected. Thereafter, a probe or sensor, not shown, determines that the ejection plate 5 3A has reached its front position in order to then deliver a corresponding signal. As a function of this signal, the motor 53G for the pressure plate 5 3B starts to run. Simultaneously the motor 53C for the ejector plate 53A for

"Ρ- return the same reversed to its starting position, to then stop. When the pressure plate 53B moves a predetermined stroke, the motor becomes 53G reversed to return the pressure plate 53B to its starting position and then switched off.

The working cycle described is repeated; in this way the stacks and the tapes or Banderoles can be classified using the CAD classification cards.

When the cassette CST1 is filled with banknotes and other sheets, the conveyor belt 50B moves over two pitches so that the following

Sheets are placed in the other cassette CST2. The acceptance of the next stack can after detection of the movement of the conveyor belt 5OB without a pause until to end the processing cycle described. However, at this point it must the introduction of the banderole Pa in the compartment BIN1 for counterfeit banknotes has been completed.

The conveying route for the unprocessable banknotes P3 is longer than that for the counterfeit banknotes P4. If there are neither unprocessable nor counterfeit banknotes in a stack, only the band Pa and the card CAD in the cassette b

CST1 filed. The card CAD can then be used first or as a the latter can be placed directly in the cassette. By introducing the tape or the banderole Pa between counterfeit and unprocessable banknotes

the effect described below can be obtained. Even if numerous counterfeit banknotes are found, they do not need to be counted again because they are processed by the processing device

have already been counted. The unprocessable 25

Banknotes, on the other hand, were not counted before.

It is then only necessary to repeat the unprocessable bank notes P3 sorted by means of the band Pa to count so that the cassette processing speeds up

can be. The wrapping tape or the banderole 30th

Pa can go directly into the cassette regardless of the cassette processing speed can be entered.

The stack wrapping unit 6 is used to make the ob

individual collection parts 5B - 5E supplied and Banknotes deposited in the Samme1 compartments in stacks

to wrap on one side of 100 sheets each (half-wrap). As a stack wrapping unit 6, for example, an already proposed bundling device can be used (cf. JP-OS 15 35 46/82, USA patent application Ser.No. 480,902 of March 31, 1983 or EP-OS 831O29O5-3). In this bundling device, 100 sheets of paper collected on the support plate of each compartment are _transferred by means of take-off wheels FW2-FW5 to a carrier, which is then guided to a bundling part. A thermally activated adhesive tape is then wrapped around the stack on the carrier, the two ends of which are glued to one another by the action of heat to seal the stack. The carrier is then turned over and brought into the conveyor line, whereby it is inclined so that the wrapped stack slides down to the position for the next processing step.

In the stack wrapping part 6C of the wrapping unit 6 located directly below the collecting part 5D for perfect banknotes, the one-sided wrapped or banded stacks to the bundle wrapping unit 7A under the stack wrapping part 6C are transferred. The stack wrapping part 6D corresponds to the collecting part 5E for unusable bills Above the destruction or cancellation unit 8 can work selectively in two operating modes. In

__ one of the modes of operation is this wrapping part oU

6D made a stack. In the other mode, 100 sheets placed in the wrapping part 6D are used Conveyor line transferred to the destruction unit 8 without wrapping or banding to become.

The bundle wrapping unit 7A is used for one-sided Wrapping or banding 10 stacks of the im

Stack wrapping part 6C processed flawless banknotes. For this purpose, for example, a previously proposed bundling device can be used (cf. JP-OS 158531/80, USA patent application Ser.No. 318,856, GB patent application 8133508 and DE-OS P 31 44 820.8) are sent from the stack Umwicklungsteil 6C externally supplied placed _in stack on a carrier with a high profile. When 10 stacks are superposed one upon another on the carrier, the carrier is led to a bundling section or portion, where it is turned to the crosswise banding. a in this way The produced bundle is displayed through the rear window 7A1

Bundle packaging unit 7B transferred.

The bundle packing unit 7B is for packing a bundle contained in the bundle wrapping unit

_n 7A has been wrapped or banded on one side. For this packaging unit 7B, for example, a conventional shrink film packaging device can be used, in which, as shown in FIG is transported on the conveyor CA1 in the direction of the arrow (Fig. 17A). After the bundle P has touched the film F, it is placed on the

_{n passed to} another conveyor CA2, and through this

further promoted according to FIG. 17B. When three sides or faces of the bundle P have been covered with the film, the bundle P is stopped. Is then applied, the film F from upper and lower sides of the _o _ yet uncovered face of the bundle P. In this

State, the touching foil parts are melted by the influence of heat and thus with each other tied together. Then the weld is on the

as indicated in Fig. 17C. Afterward, the edge sections are turned over to get a finished to produce packaged bundle PX as shown in Fig. 17C.

According to Fig. 1B contains the destruction or cancellation unit 8 two shredders 8A and 8B as well as the waste bin 8C. The first shredder 8A cuts the unusable ones Banknotes into small pieces, while the second shredder 8B further shreds these pieces. The shredded pieces of unusable banknotes are, for example, by means of an air jet in the garbage bin 8C discharged.

The control unit 9 comprises a memory device (not shown), for example a magnet or Magnetic disk storage for storing the test and decision results of the test part 2D in de, r

Acceptance unit 2 and the test or decision 20

unit 4 for each batch processed, a control circuit for controlling the various parts or Sections according to the output signals of the individual sensors and a central processing unit (CPU) for

Determination of the timing of the control for the individual 25

Sections or parts and for the delivery of processing instructions .

The following is the operation of the bill processing apparatus described in total.

The operator loads the pile feeder

1 with 10 stacks as a unit. The stacks entered are each removed and carried out one at a time

the stack conveyors 11B and 11C are transported. 35

The metal piece detector 13C arranged in the middle of the conveying path provides the described manner any presence of brackets, pins

and other pieces of metal in a pile. Stacks containing such pieces of metal will be promptly

rejected because the metal pieces are the acceptance unit b

or damage the conveyor. The stacks P which have passed the detector 13C are upwards or bent at the bottom to compress the individual banknotes and thus a faulty acceptance to prevent by the removal unit 2 due to inclination, superimposition, etc.

At the moment of squeezing the banknotes. the wrapping tape or the banderole Pa cut through and removed from the P stack. After that, 15

the 100 released banknotes are transferred to the acceptance unit 2. The latter then takes the banknotes one by one State. In this case, the removal unit * ■ 2 becomes one of the removal of the individual banknotes subsequent stack P prevented before processing of a previous batch P is completed.

The stack feeder 1 is preferred with wrapped

or banded stacks of 100 banknotes 25 each

loaded. However, loose banknotes (unbanded banknotes, for example banknotes to be processed again after a fault) can also be supplied to the stack feeder 1. The cover 10F on the front of the removal unit 2 is removed. ^y

This automatically changes the mode of operation of the bank note processing apparatus to one mode of operation switched to the supply of loose banknotes. The removal of the loose banknotes is initiated in that

these banknotes on a support plate under the decrease-35

unit, which is also used for the supply and removal of stacks, are placed, the lid 1OF reattached is pressed and then a feed start switch is pressed

will. If the cover 1OF is not in place, the start switch will not activate. When actuated

_ of the feed start switch, the support plate will auto-5

automatically checked for the presence of banknotes on it. If there is one or more Banknotes are located, the device begins in the operating mode for the supply or conveyance of lots Working banknotes. If, on the other hand, there is no banknote on the support plate, one is automatically issued Switching from this operating mode to the normal operating mode. The loose banknotes can of course also be fed via the stack feed console 11 if they were previously unilaterally by the operator be provided with a band.

Immediately after the banknotes have been accepted, the examiner! 1 2D checks them in an inclined position, one on top of the other Checked sticking together and damage. Those banknotes which are found to have one of these defects during the check will be as unprocessable bank notes P3 in the relevant Collective compartment BIN2 stored and not for decision or test unit 4 for determining the nominal value, 25th

usable or unusable condition, etc. transferred.

With the exception of the unprocessable bank notes P3, all other bank notes are passed through the checking unit 4 and in compartment BIN1 for counterfeit banknotes,

in compartment BIN2 for different sheets of paper, in compartment BIN4 30

for real banknotes, in compartment BIN5 for perfect banknotes or in compartment BIN6 for unusable banknotes filed, in accordance with the respective test or decision result.

The compartments BIN3 - BIN6 are available in the form of individual building blocks or modules, the number of which can be increased as required or can be reduced in size. For example

can reduce the size of the device the collective bin BIN3 for different or different

_ different sheets omitted 5

are when the different sheets and the counterfeit banknotes are collected together will. Optionally, a collection box or compartment can be added to the module arrangement for special purposes will. If an automated payout device (cash machine) is in play, the normal, flawless Bank notes can be disturbed, this device can, for example, with the collecting part 5C for new Banknotes that are only comparatively new, none

Disruptive banknotes from the crowd of the 15th

flawless banknotes, or with an additional collecting part to collect only the previous ones Banknotes (former notes) from the mass of newly introduced and previous banknotes or a collective part for the acceptance of only folded or bent banknotes (dog-erased notes) that are intended for reprocessing are to be smoothed out.

When processing a stack of banknotes in 25

a banknote gets stuck in the banknote processing device or some other malfunction occurs, the accuracy of the batch count cannot be maintained. In this case, the

Banknotes from the collection compartments or from the conveyor 30

can be removed for further processing.

The compartment BIN3 for different sheets and the compartment BIN4 for new banknotes are therefore each with Provided dividing means that are able to differentiate between the individual stacks, so that again banknotes to be processed are identified and their number is reduced to a minimum. These stack dividers can be used as 100 sheet dividers

can be used when the banknotes are to be divided into groups of 100 pieces each.

Stuck and wrinkled banknotes can

can only be re-entered into the device after smoothing by hand. To ensure their processing effectiveness, a disturbed or stuck. _The jammed batch is not re-entered immediately after it has been removed from the device, rather another batch is first introduced. After the wrinkled banknotes have been smoothed out, the removed stack is returned to the device.

In this case, the b

or the like. Banknotes remaining in the acceptance section, of course entered again. At the time a banknote gets stuck or some other malfunction occurs, however, any unprocessable banknotes P3 and counterfeit banknotes P4 are in the collection

Compartments BIN2 or BIN1 entered into the cassette CST together with a classification card and a banderole, as if the processing of a batch had been completed.

The data for malfunctions and the presence of banknotes to be re-entered are stored. When the batch that caused a malfunction is re-entered becomes unprocessable banknotes P3 and / or counterfeit banknotes P4 from this stack together with a classification card CAD stored in the usual way in the cassette CST. Then will the number of batches of the identification number on the

__ Classification card CAD, which is used for a if

The stack removed from the fault is used automatically for the stack that is entered again. In the later cartridge processing can therefore both

. 35-

Batch types are checked at the same time, in which the Batch number or the classification card number or number for the batch that caused the failure is displayed on the screen. The banderole information can be used for a counting check or for processing counterfeit banknotes.

The faultless bank notes or the unusable bank notes are sorted by the sorting / collecting unit 5 sorted or filed if there are 100 pieces; then they will go through

the stack wrapping unit 6 to form a stack 15

bound or banded. At the same time, the processing date, Operator name and other data placed on the stack. A predetermined one Number of bound stacks, e.g. 10 stacks, are collected and placed in the bundle wrapping unit 7A formed into a bundle by wrapping a ribbon on one side. The mentioned data are also applied to this bundle. The bundle is packed by the bundle packing unit 7B

and discharged onto the conveyor to a pre-25

to be convicted of a certain position. At the rear end of the conveyor there can be two or more such bundle packaging units 7B be held together.

In addition to the bundle wrapping part 6D, the destruction units or shredders 8A and 8B are provided on the collecting part 5E for counterfeit banknotes. the In this collecting part 5E sorted and collected 100 banknotes can thus depending on the designated Operating mode either bound by the wrapping unit or fed to the shredders. the Banknotes or sheets are cut into tiny shreds by the shredders 8A and 8B

pneumatically discharged to an external point. For the pneumatic discharge can be the exhaust gas of an air,. cooling system can be used for the device. To reduce the pneumatic discharge of the The shredded paper can also produce operational noise generated by the shredder delivered by the shredder be conveyed by means of a rotating screw.

The control panel part 10 is provided with switches for operating the device, a decimal key unit for inputting the identification number of an operator and a cathode ray tube screen for display the operating conditions of the device, the operating 5

commands, the location of a possible malfunction or of banknotes getting stuck, etc. The control panel part 10 is separated from the mechanical part by partitions. Inside the partition walls are

all from the control panel part 10 and from the stack feeder 20

console 11 different devices or units.

In this way, the noise pollution for the operator can be reduced. When a Access to the space within the partition producing door is opened, a monitoring device operated automatically. In this way, the state of this interior can be monitored in order to improve the safety of the device in this way.

The following is the processing operation for the cartridges CST in the refused collection part 5A Banknotes outlined. All data relating to the counting

and detection results for each stack of bills 35

stored, for example the numbers of faultless banknotes, unusable banknotes, the unprocessable banknotes as well as counterfeit ones

Banknotes. With regard to the unprocessable banknotes, the detection or determination result or the cause of the rejection are also stored on the magnetic disk, for example banknotes sticking together on top of one another, inclined position or short pitch for the individual banknotes of each stack. With regard to counterfeit banknotes, the magnetic plate stores the test results, such as a wrong print pattern or lack of magnetization, watermarks, security threads or fluorescence for each banknote. The stored data match the identification number on the classification card.
5

At least two cassettes CST are inserted into the bank note processing device. Which is a cassette intended for normal use, while the other cassette or the other cassettes are used in addition will be when the first cassette is full or removed for any reason. For the Processing of the banknotes contained in the one cassette during operation of the device is a cassette

Process key pressed so that one of the 25

corresponding cassette lights up.

At the same time, the processing is automatically switched to the other cassette so that the first cassette can be removed. When a shutdown button for processing in the device is pressed a lamp corresponding to the previously used cassette lights up to indicate that that the cassette in question can be removed. The lamp goes out when a button is pressed for Device processing or operation.

When the cassette is full, a lamp assigned to that cassette lights up. Then she goes

Processing is transferred to the other cassette so that the first cassette can be removed. When the cassette

c is not taken out after a predetermined number ο

of banknotes has been processed after the cassette button has been pressed or after the cassette has become full, the lamp starts to flicker to instruct the operator to remove the cassette _n . If the cassette is still not removed, the lamp for the currently used cassette lights up after an additional number of banknotes have been processed. This is a final alarm indication. In this case, you can

, _ Both lamps are extinguished, in the _w b

the cassette associated with the flickering lamp is removed and an empty cassette is inserted.

When the empty cartridge after the final alarm

or not after removing the first cassette 20

is used, the lamp starts to flicker and the device stops operating when the The cassette is full. If the lamp is lit or flickering, an alarm indicator can be used to speed up be given to the cassette processing. The banknotes contained in the removed cassette will counted by another operator at a separate cassette processing table and manually is checked, this processing being performed by the external operating device 100.

The external operating device 100 has a keypad 100E for entering the identification number or number of a classification card and the number of banknotes, a cathode ray tube screen 100C 35

for reproducing processing data for the batch corresponding to the classification card number and a Printer 100D for printing out the on-demand

processing data displayed on the screen for each batch, all of these units 100E,

,. 10OC and 10OD with the bank note processing device ο

are directly connected.

When processing or treating the CST cassette, its cover is first removed, whereupon the Identification number of the top classification card CAD is keyed in. Count and test data accordingly the identification number of the card CAD will be on displayed on screen 100C. Fig. 18 illustrates an example of a data display mode which the

Identification number or number of the classification card 15th

(1234), the date (1982/10/1), the time (AM 11:02), the number of the operator (OP; 567), the device number (M / C No. 3), the total number of batches processed after the device was switched on (100), den Denomination (^ t 1,000), number of banknotes rejected (R, 2), a counterfeit banknote (1), the number of faultless banknotes (F, 80) and the Number of unusable banknotes (UF, 18) includes. The letter "M" indicates the lack of magnetism

as a reason for rejection for the falsified grade of the 25th grade

two rejected banknotes, while the letters "SK" indicate an inclined position as a reason for the rejection of the unprocessable banknote. If there are multiple rejected bills, the data will be sequentially in the manner indicated on the screen that the data of the most recently fed banknote will be displayed first. In this way, each rejected banknote can be adapted to the display on the screen.

The number of rejected banknotes (R, 2) becomes 35

obtained by subtracting the sum of the number of valid banknotes (F, 80), and the number of unusable banknotes (UF, 18) from the total number

of banknotes contained in a stack, i.e. by subtracting this sum from 100. This means that

r the cassette actually based on the number of entb in it

held rejected banknotes is checked. When two rejected banknotes are found a delete key is pressed in the keypad 10OE to remove the tape or banderole from the

, _n workable banknotes P3 to be neglected (to

discard), and the rejected banknotes are placed in a reprocessing compartment or box.

If at this point the 100th batch is counted, 5

the screen 100C automatically displays data for the next or 99th batch. The data for the 100th, stacks are displayed first because the banknotes contained in the cassette are in reverse Sequence to the sequence of storage can be removed from the cassette. To processing with the first Therefore, to begin stacking by flipping the cassette, the CRT screen 100C rearranged for a corresponding display order

will.
25th

If the actual number of rejected bills is different from the number displayed, will the name of the person appearing on the wrapping band of the unprocessable banknote who has carried out the bundling or banding, keyed in; after the code number there will be an "R" mark for rejected banknote and the correct one (Banknote) number keyed in; the delete key will

pressed twice. If the actual number of 35

counterfeit banknotes is different from the number displayed, are first a band or banderole code number and then a "C" mark for fake

Banknote and the correct (banknote) number keyed in If the fact determined by manual counting -, - neuter Number of both rejected and counterfeit banknotes from the one displayed on the screen Number is different, after keying in the band code number, the code "R2C1" is rejected for two Banknotes, including a counterfeit banknote, keyed in, followed by the delete key twice is printed. Counterfeit banknotes will be shipped with you to facilitate later verification Ribbons or banderoles separated from those that cannot be processed Banknotes kept. The screen display for

._ Counterfeit banknotes can be identified by a light color (e.g. b

red), which is different from that of the other display, are specially highlighted.

The identification numbers or numbers of each Classification cards are automatically in the correct Order reproduced on the screen by simply numbering the top classification card is keyed in. The external operating device 100 can be provided with a plurality of processing devices

be coupled. All data, including the count 25

The status and the acquisition or test results for each batch can be saved in the classification cards so that counting collation and data correction can be performed when the classification card is read by a card reader after the rejection process. In this way direct processing is enabled.

, fi :.

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Claims (5)

Claims · 1 i. Device for processing paper sheets for general use, with the paper sheets removed as needed and divided into two categories into a group suitable for re-use and a group not used for re-use. IQ bare group, with a feed unit (1) for feeding (carrying) the removed paper sheets, a removal unit (2) for the individual removal of the paper sheets from the feed unit (1), an evaluation or testing unit (4) for evaluating the from the acceptance unit (2) removed paper sheets for the purpose of classifying them into a first, reusable group and a second, non-reusable group, a first collecting unit (5D) for
Collecting or depositing the paper sheets of the first Group and a second collection unit (5E) for Collecting or depositing the paper sheets of the second group, characterized in that the second collecting unit (5E) a stack (single) wrapping unit (6D) for one-sided wrapping (half-wrapping) and Binding or banding of the paper sheets of the second collected in the second collecting unit (5E) Group and a destruction or cancellation unit (8) to prevent reuse of the in sheets of paper collected in the second collecting unit (5E) of the second group, and that between the removal unit (2) and the
second collecting unit (5E) a conveyor unit (3E) is provided, which transfer the paper sheets of the second group selectively to the stack wrapping unit (6D) or to the destruction unit (8)
able. 2. Device according to claim 1, characterized in that that the destruction unit (8) has a first destruction device (shredder) for cutting up the Sheets of paper into pieces of a predetermined size and a second shredding device (shredder) for shredding these pieces into smaller pieces includes. 3. Device according to claim 1, characterized in that that another stack (single) wrapping unit for one-sided wrapping and binding or banding of the paper sheets of the first group collected in the first collecting unit is provided. 15th 4. Apparatus according to claim 3, characterized in that a bundle packaging device is provided, which is a number of stacks wrapped on one side by the second stack wrapping unit for Form a bundle packed together. 5. Apparatus according to claim 4, characterized in that the bundle packaging unit consists of the number bundles 25 formed by stacked stacks (in a packaging material).