JPS6052454A - Classified paper sheet accumulator - Google Patents

Abstract

PURPOSE:To prevent erroneous accumulation, in an accumulator for classifying the paper sheets such as a bill on the basis of identification results, by feeding each type of paper sheet temporarily to storage chamber then transferring simultaneously to accumulation chamber. CONSTITUTION:Upon insertion of bill (P) through an insertion port 11, it is carried through belts 17, 18 to the carry path 22 side to identify the type of bill through identifiers 19, 19' in the way. In accordance to the results of identification, solenoids 41, 42 are on-off controlled to feed the bills temporarily to the storage chambers 53-55 while classifying. Thereafter, a movable frame member 91 extending longitudinally is driven through rotation of a circular cam board to push up the bills in each storage chamber 53-55 through push-in members 71-73 provided on the fork sections 93-95 integral with said frame member 91 upon lifting of said members 91 and push into each accumulation chamber 56- 58. Upon lowering of said member 91, the bills are left on the partitions 74-76 and held in the accumulation chambers 56-58.

Description

[Detailed Description of the Invention] [Technical Field of the Invention] The present invention relates to a stacking device for sorting paper sheets, and sorting autumn leaves sent through a paper sheet identification device by type based on the identification results of the identification device. The present invention relates to a stacking device for stacking paper sheets by type.

[Technical background of the invention and its problems]

As a conventional paper sheet type-specific stacking device, there is known a stacking device that identifies banknotes and stacks them according to their type, as shown in FIG.

In this stacking device, banknotes P inserted from the left side in the figure by a banknote identification device 1 are conveyed by an instant feeder 2 consisting of a belt or roller, etc., and the banknotes P identified by a discriminator 3 are stacked by banknote type. 4 are classified and stored based on the identification results.

The stacking device 4 itself includes a temporary holding chamber 5 that temporarily holds banknotes P sent from the identification device 3, and a temporary holding chamber 5.
A first denomination banknote accumulation chamber 6 and a second denomination banknote accumulation chamber 7 provided in the upper and lower parts of the board, a sorter 'A&8' that moves up and down in each of the chambers, and a drive unit that moves up and down the sorter plate 8. It consists of 9.

When the banknote P is determined to be a first denomination banknote by the discriminator 3, the sorting plate 8 is placed at an upper position inside the second denomination banknote accumulation chamber 7 (the position shown by the solid line in the lt figure), and is placed in an upper position inside the second denomination banknote accumulation chamber 7 (the position shown by the solid line in the lt figure) to identify banknotes. After the banknotes are sent into the temporary holding chamber 5, the sorting plate 8 is raised by the drive unit 9 to accumulate the banknotes in the Il denomination banknote accumulation chamber 6, and this sorting 'Mi8 It is stopped (position fi shown by the dashed line in FIG. 1).

If the bill to be inserted next is identified as a second denomination bill in the sorter 3, the sorting plate 8 is moved by the drive unit 9 as shown in FIG. It descends from the position shown by the dotted chain line to the position shown by the solid line and stops, and the banknotes are stacked in the second denomination banknote stacking chamber 7 at the time of the descent.

If the above-mentioned banknote is a first denomination banknote, when the discriminator 3 identifies it as a first denomination banknote, the distribution plate 8 is immediately lowered by the drive unit 9 from the position shown by the dashed dot line to the position shown by the solid line, When the banknotes are sent into the temporary holding chamber 5, they are again raised to a position indicated by the dashed-dotted line in the figure and stopped, and the banknotes are accumulated in the accumulation chamber 6. Further, even if the banknotes sorted by the discriminator 3 are second denomination banknotes when the distribution 1f1B is at the position shown by the solid line, the distribution plate d immediately rises to the position shown by the 1-point n line at the time of identification,
When the banknotes are fed into the temporary storage chamber 5, they are again lowered to the position shown by the solid line and stopped, and the banknotes are accumulated in the S stacking chamber 7.

However, in the above-mentioned stacking device 4, since the paper sheets sent in are sorted vertically and stacked, it is only possible to stack two types of paper sheets by type, and as in the case where paper $ igi is a banknote, two types of paper sheets can be stacked. There is a drawback that it cannot be used when it is more than one type.

In addition, in the above-described stacking device 4, paper sheets can be stacked in the stacking chamber where the sorting plate 8 is located only after the sorting plate 8 has moved to the stacking chamber on the other side. I can't send paper@ etc., so it's difficult to get the timing right.
If there is a deviation in this timing, a 1ll (q4 product) will be generated that will accumulate in another accumulation chamber.

[Purpose of the invention]

In view of this, the present invention has been made with the aim of eliminating the drawbacks of the above-mentioned prior art.It is capable of stacking two or more types of paper sheets by type, eliminates erroneous stacking, and has a simple drive mechanism. The purpose of the present invention is to provide a stacking device for sorting paper sheets by type, which can be structured as JBt.

[Summary of the invention]

In order to achieve the above object, the present invention provides a method for collecting paper sheets by type, in which paper sheets fed through a paper sheet recognition device are collected by type based on the identification results, and the paper sheets fed through the recognition device are filtered. A conveyance path for conveying leaves in the vertical direction, and a take-in member that is provided at each take-in position at intervals in the vertical direction on this conveyance path, and takes in the type of paper sheets corresponding to each take-in position from the conveyance A. and temporary holding chambers that extend horizontally from each taking-in position and temporarily hold the paper sheets that are taken in and fed in for accumulation, and are provided adjacently above or below these temporary holding rooms. A collection room for each type of paper sheets, each temporary holding room, and S
A support plate part is provided between the stacking station and the paper sheet feed direction and extends from both sides in the paper sheet feeding direction, and a support plate part is provided for each of the temporary holding rooms, and the paper sheets can be passed through between the support plate parts by 44%.
A pushing member that is in contact with the central part in the feeding direction and the plane for RJ and is pushed through between the supporting parts, and a movable frame that supports each of the pushing members and moves each pushing member up and down integrally. , and a drive mechanism for driving the movable frame up and down, and the paper sheets fed into each temporary holding chamber are accumulated in each N collection chamber by simultaneously driving the pushing member. It is a sign.

[Embodiments of the invention]

The present invention will be described below with reference to embodiments shown in the drawings.

Fig. 2 shows an outline of the internal structure of an example of the structure of the Hayabusa Separator for paper sheets of 1 m according to the present invention;
The figure is a cross section taken along the line III-Illll, and in FIG. 3, the right side is the front side and the left side is the rear side.

In the illustrated embodiment, a roll is used as a stacking device for stacking paper sheets and banknotes by denomination, and the number of denominations is three (H100 yen note in the upper row, 5000 yen in the middle row). A case is shown in which a banknote recognition device 10 for receiving banknotes P (10,000 yen banknotes in the lower tier) is provided in the uppermost tier, and each accumulation chamber is provided below it.

Banknote identification! ! ! The device 10 includes a banknote insertion slot 11, pulleys 13, 14, 15, 16 provided between the left and right side plates 12', 12' of the identification device 10, and a conveyor belt (H1 swinging) between these pulleys. and a discriminator 19 installed in the conveyance path of these conveyance bells 7° 18, which classifies the denomination of the banknotes P to be conveyed and issues an identification signal.
, 19', and a drive motor M for driving the transport bells) 17 and 18. Boo IJ-15 on the rear side.

At position 16, arcuate guide roots 20, 20' are provided to change the feeding path of the banknote P in the downward direction. The above-mentioned pulleys 13, 14, 15, 16 and the conveyor belt 17.degree. 18 are provided as a pair on the left and right sides in the traveling direction of the banknote P when viewed from above.

A banknote stacking device 21 including a conveyance path 22 for conveying banknotes is provided below the banknote identification device io.

The conveyance path 22 has a driving pulley driven by a motor M1 via a belt 23 in the direction of extension of the guide plates 20 and 20', and a lower driven boob 7724' between the stacking device 21 side &12, 12. Axially mounted, these boos IJ
A conveyor belt 25 is wound around the pulleys 24 and 24', and guide pulleys 26 and 27 are placed between the pulleys 24 and 24'.
, 28 and 29 are mounted on shafts, and a conveyor belt 2
Guide rollers 3 (1, 31, 32
, , 33, and 34 are each mounted on a shaft. These conveyance bells) 25, pulleys, and rollers are provided as a pair on the left and right in the row direction of the banknote 1t when viewed from above. In the figure, 35° 36 and 37 are guide plates for the banknote P.

1,000 yen, 5,000 yen, 1 near the guide rollers 32, 33, 34 of the conveyance path 22 (guide rollers 32, 33, 34 are installed at the 6 take-in positions for 1,000 yen notes)
The intake members 38, 3 are located at positions shifted in the axial direction from the
9 and 40 are provided, respectively.

Of the above-mentioned intake members 38 and 39 are normally placed in the posture shown in the third figure, and the I! from the discriminators 19 and 19' is detected. 1flJ
When inputted to the solenoids 41 and 42 by a separate signal, they are swung about the shafts 43 and 44, intersect with the banknote transport surface of the transport path 22, and switch the course of the banknotes P to the stacking device 21 side.

The intake member 40 is fixedly provided, and is
The remaining 10,000 yen notes that are not taken in at the receiving positions for oo yen and 5ooo yen notes are taken into a collection collection 44fil 21.

Note that if the banknote P inserted into the banknote recognition device 1O is a banknote of a denomination other than the above three denominations, the recognition devices 19 and 1
9' is determined to be an unidentifiable banknote, the motor M1 is driven in reverse, and the banknote is returned to the insertion slot 11.

Immediately after the taking-in members 38, 39, 40, there are feed drive rollers 45, 46, 47 for feeding the banknotes P taken in by the taking-in members, and driven rollers 48, 49, 50 that press against these rollers. The guide rollers 32, 33, and 34 are provided in left and right pairs, respectively, with their positions shifted in the axial direction.

The drive rollers 45 , 46 , 47 are connected to the transport path 2
Bell from the shaft of drive boob IJ-24) 51, 52
The traps are configured such that they are each rotated at the same speed via the trap.

Next, the stacking device 21 will be explained. This stacking device 21 uses the feeding drive roller 45 and the driven roller 48 as feeding ports, and moves from the 1000 yen bill taking-in position of the conveying path 22 to the front side of the machine (Th, 3 100 to temporarily hold banknotes for banknotes to be stacked horizontally towards the right side of the figure.
The 0 yen banknote temporary storage chamber 53, the feed drive roller 46, and the driven roller 49 are used as the inlet, and the 5000 yen banknote is formed horizontally from the 5,000 yen note take-in position of the conveyance path 22 toward the front of the machine. The yen bill temporary holding chamber 54, the feed drive roller 47, and the driven roller 50 are fed r:1, and from the 1'0000 yen note take-in device 1 of the conveyance path 22 to the front of the small machine. g 10,000 yen banknote temporary holding chamber 55 formed horizontally, each temporary holding chamber 5:4゜54,5
At the top of 5 are 1000 yen, 5000 yen, 10000 yen.
Banknote accumulation chambers 56, 57, and 58 for different denominations of yen banknotes are formed.

In addition, I to each temporary holding room 53, F14, 55
In order to detect that the banknote P has been sent, the sending 111
<II+ rows 59', 60' and 61' are provided, respectively.

And these received light Re 59' + 60' + 61
A motor M2, which will be described later, is started by one of the detection signals.

The configuration of each of the temporary holding chambers 56, 57, and 58 is such that both sides of the bill P in the feeding direction (in the illustrated example, both sides in the width direction of the bill since the bill is fed in the longitudinal direction) are the inner surfaces of the sides i12, 12. The bottom faces are fixedly provided on the inner surfaces of the side plates 12, 12, 62, 62', 63,'63.
' , [i4.

641. In addition, in Fig. 2, the bottom plate 6
3' and 64' are not explicitly shown, but are similar to the top bottom plates 62 and 62'.

The bottom plates 62, 62', 63, 63', 6
4. At the front end of 64', there is a locking part 65.6 bent upward at a right angle to stop the advance storage of bills P to be fed.
5', 66, 66'.

67, 67' are formed (66', 67
' is omitted).

In addition, bottom plates 62, 62', 63, which are paired with each other,
63'.

There is a predetermined distance between the opposing parts 64 and 64',
Openings 68 and 69 through which a pushing member, which will be described later, can pass.
.

It is said to be 70.

The pushing members r1.72, 73 are the temporary holding chamber 56,
57.

The pushing members 71 and 72 are capable of supporting the center portion of the banknote P in the excessive width direction to be fed into the banknote 58.

73, the bottom plates 62, 62', 63,
63', 64.

It is to be stopped at a position above the top surface of the roof 64' or below the tile. Note that in the case of a banknote P that is strong and difficult to deform, it is held only by the top surface of the bottom plate.

The bottom plate 6 in the lower part of the accumulation chambers 56 , 57 , 58
2゜62', 63, 63', 64, 64'
Directly above the bottom plate are partition plates 74, 74', 75°75', 76, 75', 75', 75', 75', 75', 75', 75',
76'(75',76' are Ministry of Illustration 111) is 1
111 is fixedly provided on the inner surface of the plate 12°12.

These partition plates 74, 74', 75, 75',
76, 76' lower horizontal portion 74a.

'y4a', 75, 75a', 76, 76
The lower surface of a and the front Mi'j b'<, plate 62°62',
A certain dimension is placed between the upper surfaces of f33, 63', 64, and 64', and each temporary holding room! ili,
57 and 58 to guide the upper surface of the banknote P.

The partition plates 74, 74', 75, 75',
7(: , Upper horizontal part 74b + 74b' of 76'
s 75 H75b' + 7b * 7 (for ib', forming the bottom of each accumulation chamber 56, 57, 58).

The front and rear ends of the accumulation chambers 56, 57, and 58 are connected to the back plate 7.
7 degrees 78 and 79, and a W2B5 which can be opened and closed to close the banknote removal opening 80. In addition, each accumulation room [
In the H2S, there is a suppressing part 1' for pressurizing the soil surface of the banknotes P pushed into the chamber to maintain the aligned state.
82 , 113 , 84 are installed inside, and these suppressing members 82 , 83 , 84 have pins 8 b protruding from both sides.
, 86 , 87 are inserted into elongated holes 88 , 89 , 90 formed in the vertical direction in the side plates 12 , 12 and are raised as the number of banknotes increases. Note that this pressing part side s2. sa, 84 presses the banknotes P with its own weight, but if the customer side is a large storage room, a spring (not shown) may be used to urge the banknotes downward.

In the collection fR chambers 56, 57, and 58, there is a switch 51s that detects when the paper and banknotes are full.
S2S3 is provided. This switch “1 +”
2*s3 is actuated by the pins 85, 86, 87 of the suppressing members 82, 83, 84 when they reach a predetermined position, and the switches S1, 8
2. The operation of S3 controls the stopping of motors M, , M2.

The pushing portion sides 71 , 72 , 73 have one end supported by the movable frame member 91 , and after rising from the position shown by the solid line in FIG. , 72 , 73 are transferred from the temporary storage chambers 53 , 54 , 55 to the accumulation chamber 56
It is designed to be pushed into ゜57 and ゜58.

The movable frame member 91 is moved up and down by a drive mechanism part 92, and the fork part 93 is bent sideways from the front side of the movable frame part 4;:19+ and further folded back.
94 and 95, these fork portions 9:! , 9
4, 95, each of the pushing members 73, 72, 730
The front end is fixed. In addition, the pushing member 7], 7
The reason why the supporting portions supporting the banknotes 2 and 73 is formed into a fork shape is to prevent them from becoming a hindrance to taking out the stacked banknotes from inside each stacking chamber 5 (i, 57, 53).

The above-mentioned frame member 9I has a large number of guide rollers (not shown) with W5' cut out on the inner surface thereof, sandwiching a guide rod 96 erected along the outer surface of the side plate 12. The front end of the guide fl (97) is bent outward and the front guide rod 96 is used as a guide to lower the guide fl (97).

Also, a bent portion 9 bent outward at the rear edge of the movable frame member 91
A plate piece 98 is fixed to '1a, and a horizontal long groove 99 is formed in this plate piece 98. Inside this long groove 99, the front surface of the cam plate 101 fixed to the drive shaft 100 of the motor M2 is fixed. A roller 102 rotatably provided at an eccentric position is fitted.

The cam plate 1010 has a perfect circular cam surface Iota centered on the drive shaft 100, and four parts 1oib formed at positions symmetrical to the roller 102 with respect to the alloo.
The cam surface has a rotatable end of a switch operating arm 105 pivoted on a support plate 104 and biased in the counterclockwise direction in the figure by a torsion spring (not shown) about a support shaft 103. A follower 106 is in contact with it.

Above the center of the operating arm 105 is an operating lever 107 for a switch S4.
It is for keeping one rotation of the 4-hammer motor M2, and the cam plate 10
When a banknote is quickly input into any of the temporary storage M53, 54, 55 while the follower 106 of the concave Haotb is depressed, the rear end of the banknote is detected by the light receiver 59',
60'.

61' detects and rotates the motor M2, and when the cam plate 101 is rotated once, the slave! The IIb child 106 falls into the recess xoib, and the switch S4 is turned off and the
This is to stop the During the rotation of this cam plate 10101, the movable frame member 91 rises and falls, and each pushing part side 71
, 72, and 73 are for performing a predetermined pushing operation.

Next, the operation of the above embodiment will be explained.

When a customer inserts a banknote P from the banknote insertion slot 11, a banknote detector (not shown) detects the insertion of the banknote, and the motor Ml is rotated. As a result, the belts 17 , 18 and feed drive rollers 45 , 46 , 47 are driven, and the conveyor belt 25 ,
The guide rollers 30, 31, 32, 33, 34 and the subordinate rollers 48, 49, 50 are rotated together.

The inserted banknote P is sandwiched between Boo IJ-13, '14 (Bell) 17, 18 and discriminator 19, 19.
' The denomination of the banknote is identified. In addition, inserted banknotes PIJ''-1000 yen, 5000 yen, 1
If the banknote is of a denomination other than 0,000 yen, or a banknote that cannot be classified as a counterfeit banknote, the discriminator 19 is used at the recognition stage.
, 19' are inputted to a control circuit (not shown) to reverse the motor Ml, and then returned to the insertion slot 11.

The inserted banknote is 1000 in the discriminator 19, 19'.
When it is identified as a yen bill, the identification signal is input to the control circuit 1111, and the solenoid 41 is energized through the control circuit, and when it is identified as a 5,000 yen bill, the solenoid 42 is energized, and a 1oooo yen bill is further energized. If so, neither of the solenoids 41 and 42 will be energized.

As mentioned above, if the inserted banknote is a 1000 yen note,
Due to the excitation of the solenoid 41, the additional member 38 moves to the conveyance path 2.
It intersects with the banknote conveying surface of No. 2, and this
The leading edge of the 100 yen bill hits and gets caught between the feeding drive roller 45 and the driven roller 48 and is transferred to the temporary storage chamber 53.
Both sides of the bill P in the feeding direction are connected to the bottom plate 62.
, 62', and the tip of the bill reaches the interlocking part 65, 6.
5' and stopped. During this feeding, the edges of the bill P on both sides in the feeding direction try to float upward, but the lower horizontal portions 74i, 74Q' of the partition plates 74, 74'
The lower surface of the banknote P prevents it from floating and guides it, and although the central part of the banknote P in the feeding direction tends to hang downward, the upper surface of the pushing member 7 supports this and prevents it from deforming and guides it.

If the inserted banknote is a 5000 yen note, solenoid 4
1 is not energized, and the solenoid 42 is energized, so the take-in member 38 at the take-in position for the 1,000 yen bill has moved away as shown in the third figure, and the take-in member 39 at the take-in position for the 500 yen bill is on the conveyance path. 22 banknotes 1N3, the path is changed by the receiving unit 39, and the 1000 yen banknotes from the previous Mj3 are sandwiched between the feeding drive roller 46 and the driven roller 49 and placed in the temporary storage chamber 54. It is sent in the same way as banknotes.

Furthermore, if the inserted banknote is a 10,000 yen note and there is a Js in both solenoids 41 and 42? Since the receptacle member 39 and 46 are all placed in the withdrawal position without Jj, the 100000000 yen banknote 00 yen banknote retrieval 4 is done.
The course is changed by the value taking-in member 40, and the paddy is sandwiched between the feed drive roller 47 and the secondary paddy J roller 50, and similarly fed into the temporary holding chamber 55.

The banknotes P inserted in this manner are sent to the temporary holding chamber 53°8.55 corresponding to the denomination based on the identification result. During this feeding, the rear end of the bill P is emitted, and the receivers 59, 59', 60, 601, 61, 6
1', a detection signal is sent to the control circuit from the light receivers 591, 60', 61' that detected the passage, and as a result, if the solenoid 41 or 42 is energized, it is switched to the stationary mK. At the same time, the motor M1 is stopped. Note that the motor M1 is stopped by the light receiver V.

60' and 61' are detected with a predetermined time delay after the passage of the trailing edge of the banknote P, and the rollers 45,
48.

After the banknotes P have completely escaped from the banknotes 46, 49, 47, and 50, the motor Ml is stopped.

When this motor M1 is stopped, a drive signal is input from the control 1 circuit to the motor M2, and the drive shaft 10 of the motor M2 is
The cam plate 101 on the shaft is rotated by 0#Z in the direction of the arrow in FIG. As the cam plate 1010 rotates, s=b frame column member 91 rises through the roller 102, and the sun-ra 10
When 2 reaches the top, it becomes the 6th highest position.

As the movable frame member 91 rises, this fork portion 93
, 94, and the push-in member attached to 95? 1,
72.

73 rise all at once, passing through the temporary holding chambers 53, 54, and 55 from the position shown by the solid line in FIG.
, 58, and is raised to the position indicated by the dash-dotted line.

Is the banknote P fed into any of the temporary holding chambers 53, 54, 55 a pushing member? 1, 72, 73
is pushed up by its upper surface due to the rise of the accumulation chambers 56 and 5.
7, the car was pushed into 58. At this time, the pushing member 71
, 72 and 73 have risen to the positions shown by the dashed-dotted lines in FIG.

75, 75', 76, 76' upper horizontal part 741)
, 74b', 75b.

7511', 761), and 76bl, and is located further above the soil surface.

When the roller 102 of the cam plate 101 gradually descends from the upper reed, the movable frame member 91 also descends, and each pushing member... 1
, 72 and 73 are also lowered from the single point in Figure 3 @absolutely indicated position 1ii to the solid line disclosed position. On the way down, the pushing member 71
,72,73
The bills are partition plates 74 H74', 75, 75',
76, 7+i' upper horizontal part 74b, 7ab'
, y5b , , 75b' , 76b , 76
b'J-, and is held between the suppressing members 82, 83, and 84.

When the push-in members 71, 72, and 73 are lowered to the positions shown by the solid lines in FIG. be suspended. Therefore, the cam plate 101. The roller 102 and the movable frame member 91 are stopped at the positions shown in the second figure, and the pushing members 71, 72, and 73 are stopped at the positions shown by solid lines in the m3 diagram to prepare for the next pushing.

In addition, the pushing members 71 and 72 are inserted through the movable frame member 91.
.

73, one of the accumulation chambers 56, 57, 58 becomes full, and the suppressing member bins 82, 83,
84 is switch, and either CH8□*S2*SB is switched.El A round signal from that switch is input to the control circuit, and after the cam plate 101 rotates once and stops, the motor M2 does not rotate. The motor M2 will not be restarted unless banknotes are removed from the full accumulation chamber.

To take out the banknotes, open the '1n81, lift the suppressing members 82, 83, and 84 from the banknote removal opening 80, and pull out the banknotes P toward you. In this case, in order to prevent the motor M2 from rotating inadvertently during removal,
g It is desirable to provide an on/off switch.

Note that, as in the illustrated embodiment, the accumulation chamber 56 for banknotes of the largest denomination (in the figure, 1000 yen banknotes) is placed in the banknote compartment R.
It is preferable to place Ill in the immediate vicinity (upper or lower) of 1O. In other words, the banknote conveyance path of the banknote identification device IO generally has a path length that is 3-longer than the length of the banknote in the feeding direction, and therefore, when such a device (commercially available) is used, the banknotes are terminated by 1 jiill. At this point, its tip is about one-third to two-thirds from the front NQ.
It will be in a state where the strip is out by 1/1 of the length. The tip of this banknote is the first point in the conveyance path 22 at the point where the identification ends.
If the 1st capture position exceeds 1>+°, capture cannot be performed. Perhaps for this reason, the taking-in position of No. 1 1J is required to be further downstream (lull) at a position W1° from the leading edge ICj of the banknote, and it is inevitably formed between the taking-in position of No. 1 [1] and the sharp sorting device 10. This is because the product inside the accumulation chamber increases.

In the illustrated embodiment, a case is shown in which the bill recognition device r004 is placed at the top position of the two machines, but it may also be trapped so that it is sent in two directions from the bottom of the feeding path 22 at the lowest value. Also, each temporary hold%i 5:4, 54.

The case where the accumulation chambers 5 (i, 57, 58 are provided above the storage chambers 55,
, 5.5. Furthermore, the bottom plate 1i2, 62'.

6a, 6: temporarily hold banknotes on a', 64, 64'(1# configuration, but push members 71, 7
2, 73 may be supported only by the upper surfaces thereof.

On the other hand, in this example, the pushing members 71 , 72 , 73 are used to stack each banknote each time one banknote is fed and identified. It is also possible to push them all at once into the accumulation chambers 56, 57, and 58 at the time when they are sent to the temporary holding chamber. Also, the start of the movement frame member 9J's ascent (starting of the motor M2) is detected by the light receivers 591, so', 61.
117) Although this is done based on the detection signal at the rear end of iWW, it can also be done by the customer's button operation (for example, the selection button operation when installed in a vending machine, the exchange approval button operation when installed in a money exchange box, etc.). You may ask them to do so. The paper sheets to be handled are not limited to banknotes, but can also be applied to various cards, slips, and others. Further, the configuration of the YTBM structure 92 is not limited to the illustrated example, and it goes without saying that the design can be changed as appropriate.

〔Effect of the invention〕

As explained above, according to the present invention, it is possible to accumulate paper sheets by type without being limited to the types of paper sheets to be processed, and moreover, after being sent to the temporary holding room, each type of paper sheet can be transferred to the transfer slot. Since the pushing member stacks the paper sheets all at once into the stacking chamber by raising and lowering the member, it is easy to set the timing for pushing paper sheets, and there are various excellent effects such as no erroneous stacking.

[Brief explanation of drawings]

FIG. 1 is a schematic longitudinal sectional side view of a conventional paper sheet type stacking device, FIG. 2 is a perspective view showing the internal structure of an embodiment of the paper sheet type stacking device according to the present invention, and FIG. is Figure 2 at-u
It is a longitudinal cross-sectional view taken along the i-line. 10... Bill identification device, 11... Bill insertion slot, 17
, 18... Conveyor belt, 19, 19'... Discriminator, 20.20'... Guide plate, 21... Accumulator, 22... Conveyance path, 38, 39, 40... Taking-in member, 45, 46, 47... feeding drive roller,
48° 49, 50...Same, driven roller, 53, 5
4, 55...temporary holding room, 56, 57, 58...
... Accumulation chamber, 68 , 69 , 70 ... Pushing member passage opening, 71 , 72 , 73 ... Pushing member,
80...Opening for bill removal, 81...Door, 82
, 83 , 84... Suppressing member, 9... Moving frame member, 92... Drive mechanism section, 93,94° 95... Fork section, 101... Cam plate, 106... Follower Child, P.
...Banknotes (paper sheets), "1 *"2...Motor,
sl, s2゜S, , S4...switch. Applicant's agent Kiyoshi Inomata

Claims (1)

[Claims] A conveyance path for conveying the paper sheets fed through the recognition device in a vertical direction; and a conveyance path for conveying the sheets fed through the recognition device in a vertical direction. A taking-in member is provided at each taking-in position at intervals in the vertical direction, and takes in paper sheets of Jim type corresponding to each taking-in position from the conveyance path, and a taking-in member extends in the y-horizontal direction from each taking-in position, and is taken in. Temporary holding chambers for temporarily holding the autumn leaves sent in for accumulation; accumulation bases for filter paper leaf types provided adjacently above or below these temporary holding chambers; and each of the temporary holding chambers and accumulation chambers. A support plate part is provided in between, and a support plate part is provided to overhang one part of both sides in the paper leaf feeding direction, and a support plate part is provided for each of the temporary holding chambers and is made to be able to pass between the support plate parts for accumulating paper sheets. A pushing member that is in contact with the central part in the feeding direction and is pushed through between the support plate parts, a moving frame that supports each of the pushing members and moves each pushing member up and down integrally, and this moving frame. and a drive mechanism for driving the paper sheets up and down, and the paper sheets fed into each temporary holding chamber are accumulated in each accumulation chamber by simultaneous driving of the pushing member. Separate accumulator.