JPS60254392A - Transaction port paying/receiving mechanism for paper money teller - Google Patents

Abstract

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

Description

Detailed Description of the Invention "Field of Industrial Application" The present invention is used for accepting and dispensing cash when operated by a customer at a financial institution's store or by a teller inside a financial institution's counter. This paper relates to banknote depositing and dispensing machines.

"Prior art and its problems" In recent years, with the aim of saving labor at financial institutions, bill depositing and dispensing machines have been developed that are capable of processing both deposits and withdrawals, and are also equipped with numerous functions incidental to deposit and withdrawal processing. tends to become more widespread. In addition, in the above-mentioned bill depositing and dispensing machine, it is possible to store as many deposited bills and withdrawn bills as possible inside the machine, thereby reducing the labor required for tasks such as replenishing deposited bills and collecting deposited bills. There is a demand to reduce this as much as possible.

However, when designing a bill depositing and dispensing machine that satisfies all of the above requirements, it is inevitable that it will become larger and more complex.
There is a problem in trying to make effective use of the space inside financial institutions' counters or counters.

In view of the above circumstances, the applicant has developed and filed a patent application for a so-called circulating bill depositing and dispensing machine that reuses deposited bills as disbursed bills, thereby minimizing the size and complexity of the machine. However, in order to avoid increasing the size and complexity of the machines while meeting future demands for multifunctional bill depositing and dispensing machines, it is necessary to improve the various devices and devices inside the machines. There is a need to consolidate functions or rationalize their arrangement as much as possible to make effective use of space inside the aircraft.

``Object of the Invention'' The present invention was proposed in view of the above circumstances, and an object of the present invention is to make the mechanism required within the bill depositing and dispensing machine more compact and to effectively utilize the space inside the machine.

"Structure of the Invention" In order to achieve the above object, the present invention provides a mounting plate in an inclined state for accumulating deposited banknotes or disbursed banknotes, and at the lower end of the mounting plate. A front plate is provided with an interval for passing banknotes between the top surface of the placing plate, and the gap between the front plate and the placing plate for passing accumulated banknotes is opened and closed by an opening/closing gate, and the banknote deposit/withdrawal is The banknotes sent out from the conveyance path inside the machine are received by the stacking vehicle above the plate and dropped onto the plate, and the banknotes stacked on the plate are transferred to the ζ side by the banknote feeding mechanism. It is designed to be pulled out in the direction and fed into the conveyance path inside the bill depositing and dispensing machine.

"Embodiments of the Invention" Hereinafter, an embodiment in which the present invention is applied to a circulating bill depositing and dispensing machine for a counter operated by two tellers (counter staff) at a counter of a financial institution such as a bank will be described.

FIG. 1 is a route diagram illustrating the flow of banknotes between each component in an embodiment of a circulating banknote depositing and dispensing machine for a counter.

1 in the figure shows the body of the circulating bill depositing and dispensing machine, and this machine 1
A transaction port 2 is provided on the top surface.

A pair of transaction ports 2 are provided side by side in the width direction of the aircraft 1 (perpendicular to the plane of the paper in FIG. 1). A pair of transaction port mechanisms 3 each storing banknotes to be processed.
is provided, and the upper part of this transaction port mechanism 3 is
It is designed to be opened and closed by. Further, a feeding/accumulating mechanism 5 is connected to the transaction opening mechanism 3, and this feeding/accumulating mechanism 5 moves in the arrangement direction of the transaction openings 2 to transfer banknotes to or from any of the transaction opening mechanisms 3. I am doing it.

Further, below the feeding and accumulating mechanism 5, there is provided a bill feeding mechanism for feeding out the deposited banknotes one by one in the feeding and accumulating mechanism 5, that is, a kicking roller 6, a feeding roller 7, and a friction separation member 8. ,on the other hand,
A stacking car 9 is provided above the feeding and stacking mechanism 5 for stacking payout banknotes conveyed from payout storage units 19 to 21 for each denomination, which will be described later. The specific configurations of the transaction outlet mechanism 3 and the feed-out accumulation mechanism 5 will be described in detail later.

The deposited banknotes separated and conveyed from the feeding and accumulating mechanism 5 are conveyed along the discrimination route IO. A discriminating section 11 is provided along the discriminating route 10, and is configured to be able to discriminate the authenticity, denomination, front and back, fitness, etc. of the conveyed banknotes. Then, the discrimination route IO in the latter stage of the discrimination unit 11 is as follows.
The allocation is divided into a distribution route 13 and an ejection route 14 by a fork 12.

The distribution route 13 has a fork 1 distributed to four locations.
5, 16, 17, and 18 are provided, and the bills distributed by forks 15 to 18 are placed in a withdrawal storage section 19 for 10,000 bills, a withdrawal storage section 2o for 5000 bills, and a withdrawal storage section 2o for 1000 bills, respectively. The gold is collected and stored in the gold storage section 21, the first storage section 22, and the second storage section 23.

Further, the reject route 14 is connected to a part of a dispensing route 55 to be described later, and this dispensing route 55 is connected to the accumulating car 9 of the dispensing and accumulating mechanism 5 to send banknotes to the accumulating section 5. ing.

The withdrawal storage unit 19 for 10,000 tickets, the withdrawal storage unit 20 for 5,000 tickets,
The 1,000-ticket withdrawal storage units 21 are arranged side by side in the horizontal direction, and are arranged in stacking cars 24, 25, 26, . Kicking rollers 27, 28, 29. Feeding roller 30/31/3
2. It is constructed by combining frictional separation members 33, 34, and 35, and each storage section accumulates banknotes in an inclined state.

The first storage section 22 and the second storage section 23 are arranged side by side in the vertical direction on the terminal end side of the distribution route 13, and are arranged side by side in the vertical direction, respectively. Storage bottom plate 38/39. It is constructed by combining a storage front plate 40 (integrated) and guide plates 41 and 42.

Each collection vehicle 36 of the first storage section 22 and the second storage section 23
・The stacking direction of 37 is set in the opposite direction, and the banknotes fed from above the stacking car 36 of the first storage section 22 are
The guide plate 41 collects banknotes in an upright position on the storage bottom plate 38 between the collection car 36 and the storage front plate 40, and on the other hand, the banknotes fed from below the collection car 37 of the second storage section 23 are collected by the guide plate 41. 42, the banknotes are stacked on the storage bottom plate 39' between the stacking car 37 and the storage front plate 40 in an upright position in the opposite direction to the banknotes in the first storage section 22.

In addition, when stacking in the second storage section 23, in order to ensure that the rear end side of the stacked banknotes is sent to the front storage plate 40 side,
For example, it is desirable to provide a belt or the like that moves on the storage bottom plate 39 toward the storage front plate 40 to send banknotes forward.

Next, the deposit/withdrawal box 4-3 related to the first and second storage sections 22 and 23 will be explained. 1, there is a genuine bill storage section A for storing genuine bills in an upright position at the front in the mounting direction, and a genuine bill storage part A for storing unfit bills in an upright position at the rear thereof. This is a configuration in which an unfit note storage section B is provided.

That is, genuine bills are held between the front plate 44 and the reciprocating plate 45, and unfit bills are held between the rear plate 46 and a pair of right and left unfit note press bars 47, 47, and these front plates 44. Reciprocating plate 45. The rear plate 46 is supported so as to be movable in the horizontal direction.

In addition, in the figure, 48.(48) is a pair of right and left genuine bill holding bars when storing genuine and unfit bills, and 49.(49) is a pair of left and right temporary holding bars when storing genuine bills.

In addition, an opening/closing lid 50 is attached to the front lower part of the deposit/withdrawal box 43 in the mounting direction, so that the opening/closing lid 50 can be opened and closed freely.
is provided with a front receiving plate 51 having an angular cross-section for receiving the correct bill to be stored.

Furthermore, a deposit/withdrawal box 4 is located at the front lower part in the mounting direction.
A kicking roller 52.3 is removable from the box 43 and is capable of feeding out and conveying a valid bill therein when the box 43 is attached. Feeding roller 53. The frictional separation member 54 is
It is provided in a state where it is supported by the fuselage 1.

The banknotes that are separated and delivered one by one from the respective payment storage units 19, 20, and 21 and the deposit/withdrawal box 43 are conveyed through a payment route 55. In the middle of withdrawal route 55,
A dispensing conveyance determining unit 56 is provided, and detects abnormality in conveyance of conveyed banknotes (
It is configured to be able to distinguish between double feed, diagonal feed, close feed, etc.

A dispensing route 55 downstream of the dispensing conveyance determining unit 56 is connected to the dispensing route 55 downstream of the reject route 14, and this dispensing route 55 is connected to the collecting vehicle 9 of the dispensing and accumulating mechanism 5.

Further, near the rear end of this withdrawal route 55, the distribution is passed through a gate 57 to the discriminating route I at the front stage of the discriminating section 11.
A transfer route 58 for transferring banknotes to O is branched and connected.

Next, the specific configurations of the transaction opening mechanism 3 and the feeding and accumulating mechanism 5 will be explained with reference to FIGS. 2 to 6.

That is, the transaction port mechanisms 3 are arranged side by side in the width direction of the machine body l, as shown in FIG. 3, and at the bottom thereof, as shown in FIG. A mounting plate 59 is provided in an inclined state. This first mounting plate 5
9 has a cutout 59a formed in a part thereof, and below the cutout 59a is a recessed portion for easily taking out the banknotes stacked on the first mounting plate 59 from above the machine body 1. 60 are provided.

Further, above the lower end of the first placement plate 59, a front plate 61 is vertically provided to abut the tips of the banknotes on the placement plate to align them.

The shutter 4 that opens and closes the transaction port 2 is connected to a shutter drive belt 63 via a connecting block 62, and one of the belt pulleys 64 and 65 around which the shutter drive belt 63 is wound. Soter motor 66
The drive shaft 69 extends from the shaft 67 of the belt pulley 65 to the shaft 68 of the belt pulley 65, the shutter shaft 70, and gears 71A to 71F transmit power between these shafts. The shutter is opened and closed by the shutter. Note that details of the shutter opening/closing mechanism will be described later.

As shown in FIG. 3, the feeding and accumulating mechanism 5 includes slide guide shafts 72 and 72 provided along the width direction of the machine body l.
It is mounted on a frame 73 supported by a frame 73, and is configured to be able to move integrally in the width direction of the fuselage 1, and is operated by a slide mechanism to be described later to perform sliding movement.
It is designed to move to a central position (see Figure 3) for transferring banknotes to and from the transport mechanism inside the machine, or to a position to the right or left facing one of the transaction port mechanisms 3. .

The feeding and accumulating mechanism 5 is provided with a second placing plate 74, which is tilted so as to be included in the same plane as the first placing plate 59. and is spaced apart from the lower end of the first mounting plate 59 in the plane direction. Further, a front plate 75 is provided above the lower end of the second placement plate 74, and the front plate 75 is brought into contact with the leading end of the stacked banknotes placed on the second placement plate 74. The plate 75 is arranged perpendicularly to the second mounting plate 74 with an interval 76 for bill insertion between the plate 75 and the upper surface of the second mounting plate 74 . Further, a shaft 77 is provided on the back side of the front plate 75, and this shaft 77
An opening/closing gate 78 for opening and closing the gap 76 is rotatably attached to the opening/closing gate 78 .

The opening/closing gate 78 is connected to a gate solenoid 80 via a link mechanism 79.
0 to rotate around the shaft 77. Further, the shaft 77 is biased by a spring (path shown) so that the partition plate 81 can rotate freely and the opening angle between the partition plate 81 and the opening/closing gate 78 is always the angle shown in FIG. 2. When the banknotes accumulated on the second loading plate 74 are deposited, the partition plate 81 swings down to the upper part of the banknotes and transfers the rejected (returned) banknotes to the second banknote. The banknotes are stacked separately from the banknotes stacked on the mounting plate 74. .

Note that FIG. 2 shows a state in which the opening/closing gate 78 closes the gap 76 and the partition plate 81 is raised.

Next, a transfer mechanism for transferring banknotes between the transaction opening mechanism 3 and the feeding/accumulating mechanism 5 will be explained.

That is, this transfer mechanism appears between the first placing plate 59 and the second placing plate 74 and moves the banknotes from the first placing plate 59 to the second placing plate 74. A storage part partition plate 82 for regulating, a lower transfer belt 83 provided below both placing plates 59 and 74 to send banknotes in a diagonal direction, and together with the lower transfer belt 83, banknotes are held and conveyed. It is composed of an upper transfer belt 84, and each of these components is
The first
Banknotes are transferred from the second placing plate 59 to the second placing plate 74 or in the opposite direction. Note that the first and second mounting plates 59 and 74 have cutouts 59b through which the lower and upper transfer belts 83 and 84 pass.
, 74a are provided, respectively.

Next, the storage section partition plate 82 and the lower transfer belt 83
The details of the mechanism for raising and lowering the upper transfer belt 84 will be explained in accordance with FIGS. , and first to third eccentric cams 90 to 92 are attached to the camshaft 89 to operate the storage part partition plate 82, the lower transfer belt 83, and the upper transfer belt 84, respectively. .

As shown in FIG. 4, the first eccentric cam 90 operates the lower swinging arm 93 to swing the lower swinging arm 93 around the support shaft 94Δ. Arm 9
The connecting pin 95 at the end of the lower link 96 is engaged with one end of the lower link 96 to swing the lower link 96 about the support shaft 94B. Then, this lower link 96 and the lower link 96
Together, they form a parallel link mechanism.

By swinging with the link arm 96' (see FIG. 2), the lower transfer belt 83 is moved up and down in a state parallel to the first and second mounting plates 59, 74.

The second eccentric cam 91, as shown in FIG. It engages with the bin 99 of the reservoir partition plate 82 to move it up and down. A shaft 98 supporting the partition plate arm 97 is supported by a fixed frame 100 whose both ends are supported by the support shafts 94A and 94B.
01, 102, the first and second mounting plates 59.
It is supported slidably in a direction perpendicular to 74.

As shown in FIG. 6, the third eccentric cam 92 operates the upper swing arm 103 to swing the upper swing arm 103 about the support shaft 94A, and the lower swing arm 103 The connecting pin 104 at the end of the upper link 105 is engaged with one end of the upper link 105 to swing the upper link 105 around the support shaft 94B, and the rack 106 provided at the other end of the upper link 105 is connected to the gear 107. The pivot arm 108 is caused to swing about the support shaft 109 by engaging with the pivot arm 108. By swinging this swing arm 108 and a link arm 108' (see FIG. 2), which forms part of the parallel link mechanism together with the swing arm 108, the first and second mounting plates 59
．． The upper transfer heald 84 is moved up and down parallel to the heald 74.

Note that the lower swing arm 93 and the upper swing arm 1
03 is biased counterclockwise in FIGS. 4 and 6 by a biasing means (path shown) such as a spring, and
On the other hand, the partition plate arm 97 is urged clockwise in FIG. Contact pressure with each eccentric cam 90-92 is maintained.

Next, a driving mechanism for driving the lower and upper transfer belts 83 and 84 will be explained.

That is, the gear 87 driven by the transfer motor 85 meshes with the gear 110.
0 is pulley 111. Gear 11 via belt 112
Gears 114, 11 that drive 3 and also mesh with this
It is driving 5. And these gears 114.11
5 is a gear having the same axis as the belt rollers 116 and 117 of the upper and lower transfer belts 83 and 84, respectively (path shown)
meshing with the belt roller 116. +17 respectively. In addition, the upper and lower transfer belts 83.84
The drive mechanism for raising and lowering the transport belts 83 and 84 and the drive mechanism for running the upper and lower transfer belts 83 and 84 respectively have power disconnection means (paths shown) such as clutches in the middle of their power transmission paths. The lifting and lowering operation and the driving of the belt are performed alternatively or simultaneously using the power intermittent means.

Next, the drive mechanism of the shutter 4 will be explained with reference to FIG.

The rotation of the shutter motor 66 is transmitted to the drive shaft 69 via gears 71A and 71B, and from this drive shaft to the shutter shaft 70 of each shutter 4 (in FIG. 7) via gears 7.1C and 7LD. (only one shutter shaft is shown), and furthermore, this shutter shaft 70
, and is transmitted to the shaft 68 via gears 71E and 71F. Further, a clutch 118 is provided between the shutter shaft 7o and the gear 71D for opening and closing only one of the left and right shutters 4, and this clutch 11g is a clutch that rotates integrally with the gear 71D. A plate 119 and a lining material 120 on the clutch plate 119.
a lock plate 121 that rotates in frictional contact through the lock plate 121; and a one-way lock plate 121 installed between the lock plate 121 and the shutter shaft 7o to transmit only the rotation of the lock plate 121 in one direction to the shutter shaft 70. It is composed of a clutch 122. Further, the one-way clutch 122 allows the gear 71B to rotate in only one direction with respect to the shutter shaft 70, so that the shutter 4 can be arbitrarily closed by manual operation.

Furthermore, a gear-shaped unevenness (the path shown in the figure) is formed on the outer circumference of the lock plate 121, and a lock piece 124 operated by a lock solenoid 123 engages with the unevenness as shown in FIG. This lock piece 1
24 and the lock plate 121, the rotation of one shutter shaft 7o can be restricted regardless of the rotation of the shutter motor 66 and the drive shaft 69.

As shown in FIG. 2, the slide mechanism for laterally moving the feeding and accumulating mechanism 5 includes a worm gear 126 provided with a slide motor 1251, and a spur gear 127 that meshes with the worm gear 126. , a pulley 129 provided on the shaft 12g that rotates together with the spur gear 127, and a slide heald 130 wound around the pulley 129. It is connected to the frame 73.

Next, the depositing process and the dispensing process in the bill depositing and dispensing machine will be explained.

(A) Deposit processing (see Figures 9 to 11) (1) When the teller instructs deposit processing, the lock piece 124 of the glosser 4 on the side where the instruction was given is disengaged from the lock plate 121. When the gloss motor 66 is rotated in this state, one of the gloss starters 4 becomes open. In addition, the slide motor 125 is operated to slide the feeding and accumulating mechanism 5 in the width direction of the machine body 1, and the transaction opening mechanism 3 that has been instructed
placed in a position facing the

(11) When the accumulated banknotes S are placed on the first placement plate 59 of the transaction port mechanism 3 and the shutter 4 is closed, the banknotes S are
It is placed on the first placement plate 59 with downward slip being regulated by the reservoir partition plate 82. (9th
(See figure) When the camshaft 89 is rotated by the transfer motor 85, the first to third eccentric cams 90 to 92 are activated, lowering the storage part partition plate 82 and lowering the lower transfer. The belt 83 is raised from the placing plates 59 and 74 to two sides, and the upper transfer belt 84 is further lowered to sandwich the stacked banknotes S between it and the lower transfer belt 83.

Then, when both the transfer belts 83 and 84 are run in this state, the stacked banknotes S are sent out toward the second placement plate 74. (See FIG. 10) (1v) When the stacked banknotes S are fed into the second placement plate 74, the slide motor 125 is activated again and the feeding and stacking mechanism 5 slides, as shown in FIG. It is placed in the center between the two transaction port mechanisms 3.3 (a position where it can be delivered to and from the transport route inside the aircraft). Next, the partition plate 81 is lowered onto the stacked banknotes S, and the opening/closing gate 78 is raised to open the gap 76 for inserting the banknotes. Then, the banknote feeding mechanism, that is, the kicking roller 6
When the feed roller 7 is operated, the banknotes S stacked on the second mounting plate 74 are fed one by one into the determination route 10, and it is determined whether or not the banknotes can be accepted. Then, the determined banknotes are taken into the machine depending on the result, or are dropped onto the partition plate 81 via the dispensing route 55 and the collection car 9. Therefore, when the stacked banknotes S are discriminated, the banknotes S determined to be unfittable will not be mixed with the undiscriminated banknotes S on the second placement plate 74. (Refer to Figure 11) (v) After all the banknotes on the second placing plate 74 have been identified, the upper and lower transfer belts 83 and 84 are operated to move the banknotes S on the partition plate 81 in the opposite direction as in (iii) above. and feed it to the first mounting plate 59. Then, by opening the shutter 4 in this state, the teller can take out the banknotes S that cannot be accepted from the banknote deposit/dispensing machine.

(B) Withdrawal processing (see Figures 12 and 13) (1)
While rotating the partition plate 8I, the opening/closing gate 7
8 is lowered to close the bill insertion interval 76, and further,
The storage section partition plate 82 is raised, the upper and lower transfer belts 83 and 84 are retracted upward and downward, respectively, and the payout and accumulation mechanism 5 is placed in the center position. The banknotes are sent out one by one from sections 19, 20, and 21. The sent banknotes are conveyed along the payout route 55 and sent onto the second placement plate 74 via the collection vehicle 9 . (See Figure 12) (11) After stacking a predetermined number of banknotes on the second placement plate 74, the stacking unit 5 is fed out to a position facing the transaction port mechanism 3 on the side that issued the withdrawal command. move. Next, the storage section partition plate 82 is lowered, the stacked banknotes S are held between the upper and lower transfer belts 83 and 84, and the stacked banknotes S are placed on the second mounting plate 7.
4, the stacked banknotes S are sent to the first mounting plate 59. (See Figure 13) (iii) After the stacked banknotes S are fed onto the first placing plate 59, the banknote depositing and dispensing machine It becomes possible to take out banknotes from the machine.

The circulating bill depositing and dispensing machine of the above embodiment is disclosed in Patent Applications 1 and 2 filed by the present applicant on May 8, 1980, or Patent Application 1 filed on May 16, 1980. Since it has the same basic configuration as the [recirculating bill depositing and dispensing machine] described in 2 and 2, in addition to depositing and dispensing, it also collects genuine bills in the deposit/withdrawal box 43 (which can be reused as dispensing bills). It is possible to perform a distribution process in which banknotes) are distributed to each of the storage units 19 to 21, and an end-of-day process in which all banknotes in each storage unit 19 to 21 are collected in the deposit/withdrawal box 43, but these processes are not included in the gist of this application. Since it is not directly related, the explanation of its operation will be omitted.

In addition, in the above-mentioned embodiment, the present invention is applied to a circulation-type bill depositing and dispensing machine for teller operation (a bill depositing and dispensing machine in which deposited bills can be reused as disbursed bills and has two transaction ports). As described above, the technology of the present invention can of course be applied to bill depositing and dispensing machines operated by customers (bill depositing and dispensing machines with one transaction port), or bill depositing and dispensing machines that do not have a circulation function. be.

"Effects of the Invention" As is clear from the above and explanation, the present invention provides a mounting plate in an inclined state for accumulating deposited banknotes or disbursed banknotes, and a lower end of the mounting plate. A front plate is provided with an interval for passing banknotes between the top surface of the placing plate, and the gap for passing the accumulated banknotes between this front plate and the above-mentioned placing plate is opened and closed by an opening/closing gate, and the banknotes are The banknotes sent out from the conveyance path inside the deposit/withdrawal machine are received by the stacking vehicle above the placing plate and dropped onto the placing plate, and the banknotes stacked on the placing plate are collected in the horizontal direction by the banknote feeding mechanism. Since the banknotes are pulled out and fed into the conveyance path within the banknote depositing and dispensing machine, the placing plate can be used for accumulating and storing both deposited banknotes and disbursed banknotes, and is integrated into one mechanism. By consolidating the two functions, the interior space of the banknote depositing and dispensing machine can be effectively utilized, and the banknote storage capacity can be improved. In addition, since deposits and withdrawals are made through one transaction port, the operator only has to pay attention to this one transaction port when performing operations, thus improving the operability of the bill depositing and dispensing machine. It has the effect of being able to.

[Brief explanation of the drawing]

The drawings show an embodiment of the present invention, and FIG. 1 is a side view showing the flow of banknotes inside the circulating banknote depositing and dispensing machine;
Fig. 2 is a side view showing details of the transaction opening mechanism and the feeding and collecting mechanism, Fig. 3 is a plan view with some of the same parts as Fig. 2 omitted, and Fig. 4 is a diagram showing the elevating mechanism of the lower transfer belt. FIG. 5 is a side view showing details of the elevating mechanism of the storage partition plate, FIG. 6 is a side view showing details of the elevating mechanism of the upper transfer belt, and FIG. 7 is a side view showing details of the elevating mechanism of the upper transfer belt. A partially sectional front view showing the details, Figure 8 is the ■- of Figure 7.
(2) A view along the line, FIGS. 9 to 11 are side views showing the deposit processing in the order of operation, and FIGS. 12 and 13 are side views showing the withdrawal processing in the order of operation. l...Aircraft, 2...Transaction port, 3...
Transaction opening mechanism, 4...Nyatter, 5...Feeding and accumulating mechanism, 6...Kicking roller, 7...Feeding roller, 8...Friction separation member, 9... Accumulating car , 10...Discrimination route, 55...Payment route, 59...First mounting plate, 72...
Slide guide shaft, 73...Frame, 74...
・Second mounting plate, 75...Front plate, 76...Distance, 77...Shaft, 78...Opening/closing gate, 80...Gate solenoid , 82... Storage part partition plate, 83... Lower transfer belt, 84...
...Upper transfer belt, 85...Buffer is transfer motor, 89...Camshaft, 90,91.92...
...Eccentric cam, 118...Clutch, 122...
One-way clutch.

Claims (1)

[Claims] A space for passing banknotes is provided between a placing plate on which banknotes to be deposited or banknotes to be withdrawn are accumulated in an inclined state and the upper surface of the placing plate at the lower end of this placing plate. a front plate that is provided and abuts against the end face of the stacked banknotes on the placement plate to align them; and an opening/closing gate that opens and closes a gap for inserting stacked banknotes between the front plate and the placement plate; A collection vehicle that receives banknotes sent out from a conveyance path in the banknote depositing and dispensing machine above the placement plate and drops them onto the placement plate, and a friction force is applied to the lower surface of the stacked banknotes on the placement plate. 1. A transaction opening depositing and dispensing mechanism for a banknote depositing and dispensing machine, comprising a bill feeding mechanism that pulls out the bills one by one in a plane direction and feeds them into a conveyance path within the bill depositing and dispensing machine.