JPH0243169A - Sheet transferrer - Google Patents

Abstract

PURPOSE:To make sheets in a first storage part surely transferrable to a second storage part by installing a first pressing means being moved toward the second storage part and a second pressing means being moved toward the first storage part, and constituting them so as to move the pressing means on one side after movement of the pressing means on the other is all over. CONSTITUTION:When bills are moved from a first storage part 146A to a second storage part 146B of a receipt part 16B, a push plate 141 is moved to each side of gate plates 143, 145 and, after movement is over, these gate plates 143, 145 are constituted so as to moved to the side of the push plate 141. Consequently, travel of this push plate 141 becomes halved in the past, so that a transferrer is made compact in size. In addition, the bills in the first storage part 146A are surely transferrable to the second storage part 146B and, what is more, a paper jam is reducible.

Description

Detailed Description of the Invention (Industrial Application Field) The present invention relates to a seat moving device for boat fishing, and in particular to an automatic teller machine (hereinafter referred to as AT) capable of depositing and withdrawing money.
The present invention relates to banknote transfer devices such as inspection and replenishment safes used in banknotes (referred to as M) and the like.

(Prior art) ATVs enable automatic transactions such as cash payments and deposits by operating them using cash cards and bankbooks, and have been widely used at counters of financial institutions such as banks. It's being used.

Such ATVs include one for depositing or withdrawing money, a recycling stack for storing deposited banknotes as well as for storing deposited banknotes, and used for withdrawal, and a recycle stack for collecting the withdrawn banknotes from the recycling stack. , a circulation type ATV equipped with a safe for storing banknotes that cannot be stored in the recycling stack when the recycling stack is full.
There is.

The circulation type ATV safe has a fixed gate plate that supports both ends of banknotes, a mantissa compartment having a bush plate that reciprocates in the direction of the gate plate, and a book into which the banknotes stored in the mantissa compartment are transferred. Once the banknotes for one operation are stored between the gate plate and the bushing plate, the bushing plate is moved toward the gate plate, and both ends of the banknote are bent to open the gate plate. A large number of banknotes can be stored in the book storage section by preventing the banknotes from going over the banknotes and going back.

(Problems to be Solved by the Invention) However, in the conventional circulating ATM safe, the moving distance of the gate plate is long and the reciprocating movement of the gate plate is slow, resulting in inefficiency and the gate plate moving device. There was a problem that it became large.

The present invention has a short movement distance of the first pressing means such as a bush plate, and ensures that sheets such as banknotes stored in a first storage section such as a mantissa storage section are transferred to a second storage section such as a book storage section. An object of the present invention is to obtain a sheet moving device that can be moved to a storage section.

(Means for Solving the Problem) A sheet moving device according to the present invention is a sheet moving device that moves a sheet from a first storage section to a second storage section. a first pressing means that moves in the direction of the second accommodating section; and an end of the sheet that is interposed between the first accommodating section and the second accommodating section and that is accommodated in the first accommodating section. and a second pressing means that engages with the first accommodating portion and moves in the direction of the first accommodating portion, and after the movement of one pressing means is completed, the other pressing means is moved.

(Example) Hereinafter, one example of the present invention will be described with reference to the drawings.

FIG. 1 is a schematic overall side view of a circulation type ATV according to an embodiment of the present invention. ATM 1 shown in Figure 1 is for depositing,
It is equipped with a customer service department 3 that can perform withdrawal operations, a discrimination department 5, a front-back reversing section 7, a recycling stack 9.11, a left-removed reject box 13, and a inspection replenishment safe 15. 17゜19.21, 23, 25, 27,
29, 31.33° 35.37, 39, 41.43, 4
5,47,49゜51.53,55,57.59.61
has been contacted. This ATM1 has a fixed basic unit 63 including a discrimination section 5, a front/back reversing section 7, and transport paths 17 to 61, and a customer service section 3 and recycling stacks 9, 1.
1, the forgotten reject box 13, and the inspection replenishment safe 15 are made into separate units that can be attached to and detached from the basic unit 63.

First, the customer service department 3 is a part that takes in banknotes inserted into the deposit/withdrawal port 4 at the time of deposit, returns them to the deposit/withdrawal port 4 if the taken in banknotes are defective, and pays the banknotes at the time of withdrawal.
It has an outlet 4A, an inlet 4B, and a separation section 4C.

The discrimination unit 5 has functions such as authenticity discrimination of banknotes, front mWi classification, double feeding (two-sheet feeding) discrimination, folded banknote discrimination, and counting the number of bills.

The front-back reversing unit 7 is a part that transports the banknotes discriminated front and back by the discrimination unit 5 through either of the transport routes 27 or 29 according to the discrimination result, and aligns the front and back sides of the banknotes. 8B2 and a separating section 8C.

The recycling stack 9.11 includes a dispensing section 10A and a depositing section 10B that accommodate dispensing banknotes and deposited banknotes, and a separating section 10C that separates and sends out the dispensing banknotes, and the banknotes in the dispensing section 10A are processed in one transaction. Below the maximum number or deposit section 10B
When the banknotes are full, the banknotes remaining in the dispensing section 10A are transferred to the conveyance path 19, the discrimination section 5, and the conveyance paths 21, 35, 39, 43.
45 to the depositing section 10B, the depositing section 10B
The recycle stack 9 stores, for example, 10,000 yen banknotes, and the recycle stack 9 stores banknotes of 10,000 yen, for example. The recycling stack 11 is designed to accommodate, for example, 1,000 yen banknotes.

The forgotten reject box 13 is partitioned into two compartments by a partition plate 14 that moves up and down.The lower tier stores rejected banknotes, and the upper tier stores banknotes left behind in the customer service department 3. It has become.

The inspection replenishment safe 15 includes a withdrawal section 16A, a deposit section 16B, and a separation section 16C that separates and sends out bills. The dispensing section 16A stores banknotes to be supplied to the recycling stacks 9 and 11 through the discriminating section 5, and the dispensing section 16B
is taken from the customer service department 3 and placed in the recycling stack 9.
It is designed to accommodate 5,000 yen banknotes that cannot be supplied to the recycling stack 9.11, and also to store banknotes from the recycling stack 9.11 after counter operations at banks and the like are completed.

Note that banknotes are supplied to the deposit section 16B from the conveyance path 61 by a sweeper 181 and rollers 183 that move up and down.

As shown in detail in FIGS. 2 and 3, this inspection and replenishment safe 15 includes a first bank up plate 105 on which a case 101 (FIG. 3) moves along a guide 103 in FIG. The second moving along 107°109
With the back amplifier play 1111, the withdrawal section 1
It is divided into a deposit section 6A and a deposit section 16B. In addition, inside the case 101, as shown in FIG.
13 are provided.

It is supported by the guide 103 via the first bank up plate 115, and is biased toward the separating portion 16C by a spring 117.

A notch 119 is provided below the backup plate 105.
An end sensor CSIO including a light emitting element and a light receiving element detects that there are no banknotes in the dispensing section 16A.

Further, at the lower end of the back amplifier plate 105, there is a dispensing section 1.
A near-end detection lever 121 is attached to detect when the number of 6A banknotes is running low. Note that the tip plate 123 that can be engaged with the detection lever 121 is connected to the spring 1.
25, it is biased toward the second bank amplifier plate 111 side. A near-end sensor CSII including a light emitting element and a light receiving element is provided within the movement range of the tip plate 123. This near-end sensor CSII is attached to an elastic member 129 that engages with the rank 127, so that the near-end detection position can be adjusted. At one end of the first bank up plate lO5, there is a deposit section 16B.
A full sensor lever 131 is provided for detecting that the second backup plate 111 cannot be moved toward the backup plate 105 side. Also the first
At the other end of the backup plate 105, a second bank amplifier plate 105 is connected to the back amplifier plate 105.
A near-full sensor lever 133 is provided on the 5 side for detecting when movement is almost impossible.

The second bank amplifier plate 111 has sliders 1 on both ends.
35,137 via Guy) '107.

109, and is biased by a spring 139 in the opposite direction to the biasing direction of the first backup plate 105. A full sensor CS12 including a light emitting element and a light receiving element that are blocked by the full sensor lever 131 is attached to the slider 135. Also slider 137
A near full sensor CS13 whose light is blocked by a near full sensor lever 133 is attached to the near full sensor CS13.

The second bank up plate 1 is installed in the deposit section 16B.
In addition to 11, for example, a bush plate 141 forming part of the first pressing means, and a pair of gate plates 143, 145 forming part of the second pressing means, for example, are provided. The deposit section 16B is divided into a first storage section 146A and a second storage section 146B. That is, the first accommodating portion 146A includes the bushing plate 141 and the gate plate 143.

145, and the second housing portion 146B is surrounded by gate plates 143, 145 and a second puncture knob.

It is surrounded by rate 111.

The bushing brake) 141 is attached to the support plate 142 with the shaft 1
44, and is elastically supported by a spring 147 so as to be freely rotatable. The support plate 142 has both ends guided by guides 149.
It is supported by sliders 153 and 155 that move along 151. Note that the home position of the bushing plate 141 is detected by a sensor CPIO. In addition, the gate plates 143 and 145 are connected to the guide 107.
.

It is rotatably attached to sliders 157 and 159 that move along the line 109 with a spring bias.

Note that the gate plates 143 and 145 are restricted so that they do not rotate toward the bushing plate 141 from the position shown in FIG. Also, the gate plate 143.

The moving end of 145 on the first accommodating portion 146A side is connected to sensor C.
It is now detected by PII.

A driving mechanism is attached to the sliders 153, 155, 157, 159, which constitutes a part of the first and second pressing means for moving the bushing plate 141 and the gate plate 143, 145 back and forth. In this drive mechanism, since the drive mechanism of the sliders 153, 157 and the drive mechanism of the sliders 155, 159 are the same, one slider 155,
The drive mechanism of No. 159 will be explained.

This drive mechanism includes a motor CBM that is driven in forward and reverse directions, and a gear 167.16 that changes the drive transmission direction of this motor CBM.
9,171.173, a shaft 175 attached to a gear 173, a gear 203 attached to this shaft 175, a gear 205 that meshes with this gear 203, a gear 207 that meshes with this gear 205, and this gear 2
07, a support shaft 211 supported by the slider 155 so as to be movable up and down, and a support shaft 213 supported by the slider 159 so as to be movable up and down.

The cam 209 is provided with a U-shaped recess 215 that engages with the support shaft 211.2i3. The support shaft 211 has a long hole 217
．． 219, and is adapted to move up and down along pins 223, 225 provided in the slider 155 and engaged in elongated holes 217, 219. Note that the support plate 221 is urged upward by a spring 227,
Further, the tip of the support shaft 211 is engaged with a guide 229.

The support shaft 213 is a support plate 235 having elongated holes 231 and 233.
is attached to the slider 159 and is provided in the elongated hole 2.
It is designed to move up and down along the bins 237 and 239 that engage with the pins 31 and 233. Note that the support plate 235 is the spring 2
41, and the tip of the support shaft 213 is engaged with a guide 243.

The separating section 16C includes a front plate 185, a feeding roller 187 that feeds out the banknotes pressed against the front plate 185, and a paper feed roller 189 that feeds out the banknotes fed out by the feeding roller 187 to the conveyance path 55.
, a separation roller 191 that rejects banknotes that follow the banknotes sent out by this paper feed roller 189 , and a conveyance roller 1
93. Note that the phases of the feeding roller 187 and the paper feeding roller 189 are detected by a phase detection sensor CKS. This separating section 16c is constructed by attaching the inspection and replenishment safe 15 to the basic unit 63, so that the paper feeding roller 189 is connected to the gear 195 provided in the basic unit 63.
The gear 195 is connected to the gear attached to the rotating shaft of the
It is designed to be driven by the motor that drives the. Note that an electromagnetic clutch CCL and an electromagnetic brake CBR are attached to this motor. Furthermore, sensor CK
S, C3lO~13. The CPIO and motor CBM have obtained tj[ from the basic unit 63, and when the safe 15 is attached to the basic unit 63, the connectors are connected.

In the above configuration, the ATM 1 of this embodiment operates as follows. The operation of the inspection replenishment safe 15 will be explained with reference to FIGS. 4 to 7. , are sent to the discrimination section 5 through routes 17 and 19, where a discrimination operation is performed.As a result, counterfeit banknotes and banknotes that cannot be distinguished are returned to the deposit/withdrawal port 4 of the customer service section 3 via routes 2123 and 31. The banknotes are route 21.23.
25, and is transferred to route 27 or route 2 at the branching point.
The banknotes, whose front and back sides have been aligned in the front and back reversal unit 7, are supplied to the discrimination unit 5 through the path 33.19 and are discriminated again. As a result, the defective banknotes are returned to the customer service department 3, and the rejected banknotes are stored in the forgotten reject box 13 via the route 21, 3539.57.59. 5,000 yen banknotes and tape banknotes are stored in the inspection and replenishment safe 15 via paths 21, 35, 39, 57, and 61 (see collection operation).
.

Normal 1,000 yen banknotes and 10,000 yen banknotes are routed to route 2135.3.
9.43.45, and is stored in the deposit section 10B of the recycle stack 9 or the recycle stack 11. Note that when the recycling stack 11 is full, the money is stored in the deposit section 16B of the inspection and replenishment safe 15.

(The banknotes corresponding to the payment amount are 9 or 1 in the recycling stack.)
1 through paths 51, 53, and 19 to the discrimination section 5, where it is reconfirmed whether the banknote is normal or not. As a result, rejected banknotes are supplied to the forgotten reject box 13, tape banknotes are supplied to the inspection and replenishment safe 15, and normal banknotes are supplied to the customer service department 3. In addition, when the banknotes supplied to the customer service department 3 are forgotten, they are stored in the left banknote side of the banknote reject box 13 .

(, hel!ffllGasaku counter Before starting business, etc., it is necessary to put banknotes into the dispensing section 10A of the recycling stack 911.

Therefore, the first backup plate 105 of the safe 15
is moved to the second backup plate 111 side to widen the accommodation space of the dispensing unit 16A to accommodate 10,000 yen banknotes and 1,000 yen banknotes, and to attach them to the basic unit lift 63. As a result, the connector is connected, and the separating portion 16C is coupled to the gear 195 of the basic unit 63.

In this state, when the electromagnetic brake CBR is released and the electromagnetic clutch is turned on, the separation part 16 of the safe 15
C operates, and the bill fed out by the feeding roller 187 is separated into one sheet by the paper feeding roller 189 and the separation roller 191 and sent out, and is supplied to the discrimination section 5 via the conveyance path 55.19. As a result, banknotes facing up are stored as they are in the recycling stack 9.11 for each denomination, and banknotes with the front and back sides reversed are reversed in the front-back reversing unit 7, and then
They are housed in respective recycling stacks 9 and 11.

In addition, rejected banknotes can be placed in the leftover rejection box 1.
3, and the tape banknotes are supplied to the deposit section 16B of the inspection replenishment safe 15. First backup plate 10
5 is urged toward the feeding roller 187 side, so as the banknotes are fed out, they move toward the feeding roller 187 side, and when there are few banknotes left, the lever 12
1 engages with the tip plate 123 and sensor CSZ is turned on, the near end is detected. Move further and sensor C3
When lO is turned on, it means that there are no more banknotes in the payout section 26A. In addition, recycling stack 9 is also available from customer service department 3.
．． 11 can be replenished with banknotes, but in this case the operation is carried out in the same way as the deposit operation.

(If the deposited banknote is a 5,000 yen banknote or a tape banknote, it will be collected in the deposit section 16B of the inspection replenishment safe 15. Also, due to the end of counter operations, etc.) When collecting the banknotes in the recycle stacks 9 and 11, the banknotes in the recycle stacks 9 and 11 are passed through the discrimination section 5 and sent to the safe 1.
The money is collected in the deposit section 16B of No.5. At this time, since the money is collected through the discrimination section 5, the collected amount can be known.

Here, the banknotes supplied to the deposit section 16B of the safe 15 are
-Dan, bush plate 141 and gate brake) 143
, 145 (first accommodating portion 146A). Then, when a predetermined amount is accommodated, or when the motor CBM rotates forward for each transaction, the cam 209 rotates clockwise from the state shown in FIG. At this time, sensor CPIO is OFF.
F. When the cam 209 rotating clockwise moves to the position shown in FIG.
5. Therefore, the support shaft 211 moves together with the cam 209, and the bushing plate 141 moves to the second housing part 146.
Move to B side. Therefore, the center portion of the banknote is pressed by the bushing plate 141 while both ends of the banknote are locked by the gate plates 143 and 145.

When the support shaft 211 reaches the left end of the guide 229 as indicated by the broken line in FIG. 5, the support shaft 211 is removed from the recess 215 and held at this left end as shown in FIG. 6.

When the cam 209 further rotates and reaches the position shown in FIG. 6, the downwardly biased support shaft 213 engages with the recess 2]5, and the bushing plate 143.145 moves into the first housing portion 146A.
Move to the side. Therefore, both front ends of the banknote whose back center is supported by the bush plate 141 are pushed by the gate plates 143 and 145. At that time, gate plate 1
43° 145 rotates, and when both ends of the bill are popped, the bill moves to the second storage section 146B. When the support shaft 213 reaches the right end of the guide 243 as indicated by the broken line in FIG.
13 is removed from the recess 215 and is held at this right end as shown in FIG.

When the state shown in FIG. 7 is reached, the moving ends of the gate plates 143 and 145 are detected by the sensor CPII, and the motor CBM is rotated in reverse. Therefore, the cam 209 rotates to the left, and when the concave portion 215 engages with the support shaft 213, the support shaft 21 is in the position shown in FIG.
3 is returned to the position shown in FIG. Therefore, the gate plates 143 and 145 return to their original positions.

When the cam 209 further rotates to the left, the support shaft 211, which is in the position shown in FIG. 6, is returned to the position shown in FIG. Therefore, the bushing plate 141 returns to its original position. When the bushing plate 141 returns, the sensor CPIO turns ON and the motor CBM stops.

The above operations are repeated and the near full sensor C313
When turned on, it is detected that the deposit section 16B is nearly full, and the supply of banknotes to the deposit section 16B is restricted. When the full sensor C312 is turned on, it is detected that the deposit section 16B is full, and the supply of banknotes to the deposit section 16B is stopped. In addition, when collecting the banknotes in the recycling stack 9.11 from the customer service department 3, it is performed in the same manner as the dispensing operation.

According to the embodiment described above, when moving banknotes from the first storage section 146A to the second storage section 146B of the deposit section 16B, the bush plate 141 is gate-played) 143,1.
After the gate plates 143 and 145 are moved to the 45 side and the movement is completed, the gate plates 143 and 145 are moved to the bush plate 141 side, so the amount of movement of the bush plate 141 is halved compared to the conventional one, making the moving device more compact. As well as being able to
The banknotes in the first accommodating part 146A can be moved to the second accommodating part 146B more reliably than before, and the number of jammed banknotes is reduced.

Although the embodiments in which the present invention is applied to ATMs have been described above, the present invention is not limited to the above embodiments. is also applicable. Further, in the embodiment described above, the gate plate was provided so as to be engaged with both ends of the banknote in the width direction, but it may be provided so as to be engaged with both ends of the banknote in the height direction. In addition, in the above embodiment, the gate plates 143 and 145 were moved toward the first housing section 146A after the bush spray 141 completed its movement toward the second housing section 146B.
43. After 145 completes the movement in the first housing part 146, the bush spray 141 is moved to the second housing part 146.
It may be moved in the B direction.

(Effects of the Invention) As explained above, the present invention provides a sheet moving device that moves a sheet from a first storage section to a second storage section, in which a sheet stored in the first storage section is transferred to the second storage section. a first pressing means that moves in the direction of the accommodating section; and a first pressing means that is interposed between the first accommodating section and the second accommodating section and engages an end of the sheet accommodated in the first accommodating section. and a second pressing means that moves in the direction of the first housing part, and after the movement of one pressing means is completed, the other pressing means is moved. The moving distance is short, and the sheet accommodated in the first accommodating section can be reliably moved to the second accommodating section, thereby providing a highly reliable sheet moving device.

[Brief explanation of the drawing]

Figures 1 to 7 are diagrams showing one embodiment of the present invention.
The figure is a side view showing the overall configuration of the ATM, Figures 2 and 3 are perspective views and side views showing the configuration of the inspection and replenishment safe, and Figures 4 to 7 are explanatory diagrams of the operation of the inspection and replenishment safe. be. 1...ATM, 3...Customer service department, 5...Identification department, 7
...Front and back reversal device, 9.11... Recycling stack, 13... Forgotten Reject Ponks, 15... Inspection and replenishment safe, 16A... Withdrawal department, 16B... Deposit department,
16C... Separation part, 101... Case, 105... First bank amplifier plate, 1...
2nd backup plate, 1... Bush plate, 3.145... Gate plate, 6A... First accommodating part, 6B... Second accommodating part. Agent Patent Attorney Toshishi Somekawa No. 5 Figure 4 Figure 46A

Claims (1)

[Claims] In a sheet moving device that moves a sheet from a first storage section to a second storage section, a first pressing means that moves the sheet stored in the first storage section toward the second storage section; A first accommodating section that is interposed between the first accommodating section and the second accommodating section, engages with an end of the sheet accommodated in the first accommodating section, and moves toward the first accommodating section. 1. A sheet moving device comprising: two pressing means, and after one pressing means completes movement, the other pressing means is moved.