JPH0113585B2 - - Google Patents

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.

"Conventional technology" In recent years, with the aim of saving labor at financial institutions, bill deposit and withdrawal machines that are capable of processing both deposits and withdrawals and are equipped with numerous functions incidental to deposit and withdrawal processing have become popular. Tend. In addition, in the above-mentioned bill depositing and dispensing machine, it is possible to accommodate as many deposited bills and disbursed bills as possible inside the machine, and the labor required for replenishing dispensing bills and collecting deposited bills. There is a demand to reduce as much as possible.

However, if a bill depositing and dispensing machine is designed to meet all of the above requirements, it will inevitably become larger and more complex, which will cause problems in terms of making effective use of the space inside a financial institution's storefront or counter. be.

For example, as a conventional bill depositing and dispensing machine,
The one shown in Publication No.-2970 is known.

In other words, in order to facilitate the insertion and return of banknotes, this device is designed to be more compact by configuring the customer service section (the part that transfers banknotes to and from users) from a single drum. With ivy,
This customer service drum stores and holds a predetermined number of banknotes, and by orienting its opening in various directions to the inside or outside of the machine, it can perform various functions necessary for depositing and withdrawing money. ing.

``Problems to be Solved by the Invention'' However, since the above-mentioned customer service drum merely has the function of accepting and dispensing banknotes in a stacked state, there is no place near the customer service drum where the banknotes in a stacked state sent out from the customer service drum are stored. It is essential to provide a single-bill separation means that separates each bill and feeds it into the conveyance route inside the machine, or a stacking means that receives and stacks the bills sent out one by one from the conveyance route inside the machine. This was an obstacle to miniaturization.

The present invention was proposed in view of the above circumstances, and
When the banknotes are received, they can be separated and fed out one by one at that location, and the banknotes to be withdrawn can be received and stacked one by one at the same location, thereby minimizing the overall size of the machine. The object of the present invention is to provide a transaction account deposit/withdrawal mechanism that is made small.

"Structure of the Invention" In order to achieve the above object, the present invention includes a mounting plate on which banknotes to be deposited or banknotes to be withdrawn are accumulated in an inclined state, and a mounting plate on which banknotes to be deposited or banknotes to be withdrawn are stacked on the lower end of the mounting plate. a front plate that is provided with a space between the upper surface of the placing plate and the banknotes for passing the banknotes and that contacts and aligns the end faces of the accumulated banknotes on the placing plate; an opening/closing gate that opens and closes a gap for inserting stacked banknotes between them, and a stacking vehicle that receives banknotes sent out from a conveyance path in the banknote depositing and dispensing machine above the loading plate and dropping them onto the loading plate; A bill feeding mechanism is provided which applies a frictional force to the lower surface of the stacked bills on the placement plate to pull them out one by one in the surface direction and feed them into the conveyance path within the bill depositing and dispensing machine.

"Function" With the above configuration, the banknotes on the tilted placement plate come into contact with the front plate due to gravity and their end faces are aligned, and the gap between the front plate and the placement plate is By opening the opening/closing gate, banknotes can be sent out along the slope of the placement plate. In addition, the banknotes fed one by one above the stacking plate can be stacked by the stacking car and dropped onto the stacking plate, while the feeding mechanism is connected to the lowest part of the stacked banknotes. By applying frictional force to the underside of the bill, only this bill can be sent out.

"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.

In the figure, reference numeral 1 indicates the body of a circulating bill depositing and dispensing machine, and a transaction port 2 is provided on the top surface of the body 1. 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 opening mechanisms 3 are provided for respectively storing banknotes to be processed, and the upper part of the transaction opening mechanisms 3 is adapted to be opened and closed by a shutter 4. In addition, the trading account mechanism 3
A feeding/accumulating mechanism 5 is connected to the bank, and this feeding/accumulating mechanism 5 moves in the direction in which the transaction ports 2 are arranged to transfer banknotes to or from any of the transaction port mechanisms 3.

Further, in front of 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, above the dispensing and accumulating mechanism 5, there are dispensing storage sections 19 to 21 for each denomination, which will be described later.
A stacking car 9 is provided for stacking the dispensing banknotes that have been conveyed. 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 a discrimination route 10.
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. The discrimination route 10 subsequent to the discrimination section 11 is divided into a distribution route 13 and a redirect route 14 by a distribution fork 12.

The distribution route 13 is provided with four distribution forks 15, 16, 17, and 18, and the banknotes distributed by the distribution forks 15 to 18 are transferred to a withdrawal storage section 19 for 10,000-bills and a 5,000-bills withdrawal storage section 19, respectively. They are accumulated and stored in the ticket withdrawal storage section 20, the thousand ticket withdrawal storage section 21, the first storage section 22, and the second storage section 23.

Further, the redirect 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 stacking car 9 of the dispensing and stacking mechanism 5 to send banknotes to the stacking section 5. It's summery.

The 10,000-ticket withdrawal storage section 19, the 5,000-ticket withdrawal storage section 20, and the 1,000-ticket withdrawal storage section 21 are arranged side by side in the horizontal direction, respectively, and the collection cars 24, 25,
26, kicking rollers 27, 28, 29, feeding rollers 30, 31, 32, friction separation member 3
It is composed of a combination of 3, 34, and 35,
Each storage section accumulates banknotes in an inclined manner.

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 connected to the accumulation cars 36 and 37 and the storage bottom plates 38 and 3, respectively.
9. It is constructed by combining a storage front plate 40 (integrated) and guide plates 41 and 42.

The stacking directions of the stacking cars 36 and 37 of the first storage section 22 and the second storage section 23 are set in opposite directions, and banknotes fed from above the stacking cars 36 of the first storage section 22 are Banknotes are stacked upright on the storage bottom plate 38 between the collection car 36 and the storage front plate 40 by the guide plate 41, and are fed from below the collection car 37 of the second storage section 23. Information board 4
2, the banknotes are stacked on the storage bottom plate 39 between the collection 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.

When stacking the banknotes in the second storage section 23, for example, the banknotes are moved on the storage bottom plate 39 to the front storage plate 40 side to ensure that the rear end side of the banknotes is sent to the front storage plate 40 side. It is desirable to provide a belt or the like to send it forward.

Next, the deposit/withdrawal box 43 associated with the first and second storage sections 22 and 23 will be explained. On the other hand, there is a genuine bill storage section A which is detachably arranged at the front in the mounting direction for storing genuine bills in an upright position, and at the rear part A which stores unfit bills in an upright position. This is a configuration in which a storage section B is provided.

That is, a good note is placed between the front plate 44 and the reciprocating plate 45, and an unfit note is placed between the rear plate 46 and a pair of left and right unfit note presser bars 4.
7 and 47, and these front plate 44, reciprocating plate 45, and rear plate 46 are supported so as to be movable in the horizontal direction.

In addition, in the figure, 48 and 48 are a pair of left and right bill presser bars when storing genuine and unfit bills, and 49 and 49 are a pair of right and left temporary bill presser bars when storing regular 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 as to be freely openable and closable.
A letter-shaped front plate 51 is provided.

Further, at the front lower part in the mounting direction, a kicking roller 52, a feeding roller 53, and a friction separation roller 52, which can be engaged with and detached from the deposit/withdrawal box 43 and can feed and convey a valid bill therein when the box 43 is mounted, are provided. A member 54 is provided in a state where it is supported by the body 1.

The banknotes that are separated and sent out one by one from the respective payout storage units 19, 20, 21 and deposit/withdrawal box 43 are conveyed through a payout route 55. A dispensing conveyance determining section 56 is provided in the middle of the dispensing route 55, and is configured to be able to determine abnormalities in conveyance (double feeding, diagonal feeding, close feeding), etc. of the conveyed banknotes.

A dispensing route 55 downstream of the dispensing conveyance determining section 56 is connected to the dispensing route 55 downstream of the redirect 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 dispensing route 55, a transfer route 58 is branched and connected by a distribution gate 57 to transfer banknotes to the discriminating route 10 before the discriminating section 11.

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 1, as shown in FIG. 3, and at the bottom thereof, as shown in FIG. A mounting plate 59 is provided in an inclined state. A cutout 59a is formed in a part of the first mounting plate 59, and a portion below the cutout 59a allows the banknotes stacked on the first mounting plate 59 to be easily taken out from above the machine body 1. A recess 60 is provided in order to obtain the desired effect. Further, above the lower end of the first placement plate 59, a front plate 61 is provided vertically to abut against and align the tips of the banknotes on the placement plate.

The shutter 4 that opens and closes the transaction port 2 is connected to a shutter drive belt 63 via a connecting block 62.
This shutter drive belt 6
One of the belt pulleys 64 and 65 around which No. 3 is wound is a drive shaft 69 extending from the shaft 67 of the shutter motor 66 to the shaft 68 of the belt pulley 65, the shutter shaft 70, and the power between these shafts. The shutter is opened and closed by being operated and rotated by a shutter opening/closing mechanism consisting of gears 71A to 71F that perform transmission. The details of the shutter opening/closing mechanism will be described later.

As shown in FIG. 3, the feeding and accumulating mechanism 5 is mounted on a frame 73 supported by slide guide shafts 72, 72 provided along the width direction of the machine body 1, and moves integrally in the width direction of the machine body 1. By operating the slide mechanism described later and performing sliding movement, it can be moved to the central position (see Figure 3) for transferring banknotes to and from the transport mechanism inside the machine, or at any position. It is adapted to move to a position on the right side or on the left side facing one of the transaction port mechanisms 3.

The feeding and accumulating mechanism 5 includes a second mounting plate 7.
4 is provided, and this second mounting plate 74 is
It is inclined so as to be included in the same plane as the first mounting 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 an opening/closing gate 78 for opening and closing the gap 76 is rotatably attached to the shaft 77.

The opening/closing gate 78 is connected to a gate solenoid 80 via a link mechanism 79, and is operated by the gate solenoid 80 to rotate about the shaft 77. In addition, the shaft 77
A partition plate 81 is provided rotatably and biased by a spring (not shown) so that the opening angle with respect to the opening/closing gate 78 is always the angle shown in FIG. These relationships are the same as the opening/closing gate 7
8 is raised to open the bill insertion gap 76 and all the bills on the second placement plate 74 have been sent out, and the partition plate 81 is adjusted to lightly contact the kicking roller 6. . Furthermore, when depositing banknotes accumulated on the second placement plate 74, the partition plate 81 swings down to above the accumulated banknotes and transfers the reject (return) banknotes onto the second placement plate 74. The banknotes are stacked separately from the stacked banknotes. Furthermore, the length dimension of the partition plate 81 is as follows:
Notch 74 provided in the second mounting plate 74
It is set to a position a, that is, a position where a part of the circumferential surface of the kicking roller 6 protrudes through the notch 74a, and the stacked banknotes S are pressed toward the kicking roller 6. By doing so, the paper money feeding force is increased. In addition, in FIG. 2, the opening/closing gate 78 is spaced 7
6 is closed 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. Reservoir partition plate 82 to regulate and both mounting plates 5
a lower transfer belt 83 that is provided below the banknotes 9 and 74 and sends banknotes in an oblique direction;
and an upper transfer belt 84 that clamps and conveys banknotes, and each of these components is operated by a link mechanism, etc., which will be described later, and moves as appropriate to move the banknotes from the first placing plate 59 to the second placing plate 59. Placement plate 74
Banknotes are transferred to and from the bank or in the opposite direction. Note that the first and second mounting plates 5
9, 74, the lower and upper transfer belts 8
Notches 59b, 7 for passing 3, 84
4b are provided respectively.

Next, details of the mechanism for raising and lowering the storage part partition plate 82, the lower transfer belt 83, and the upper transfer belt 84 will be explained with reference to FIGS.
A camshaft 89 that is connected to and rotates through 6 to 88.
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 about the support shaft 94A. Connect the connecting pin 95 at the end of the arm 93 to the lower link 96
The lower link 96 is connected to the support shaft 9 by engaging one end thereof.
It is oscillating around 4B. This lower link 96 and a link arm 96' that together with the lower link 96 constitute a parallel link mechanism (see Fig. 2)
The first and second mounting plates 59,
The lower transfer belt 83 is moved up and down parallel to the belt 74.

The second eccentric cam 91, as shown in FIG. It engages with a pin 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, and the storage part partition plate 82 is The guides 101 and 102 allow the first and second
It is supported slidably in a direction perpendicular to the mounting plates 59 and 74 of.

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 1 provided at the other end of the upper link 105
06 is meshed with the gear 107 to rotate the rotating arm 108.
is swung around a support shaft 109. This swing arm 108 and the swing arm 10
By swinging with link arm 108' (see Fig. 2), which forms part of the parallel link mechanism together with 8,
The upper transfer belt 84 is moved up and down parallel to the first and second mounting plates 59 and 74.

Note that the lower swing arm 93 and the upper swing arm 103 are biased counterclockwise in FIGS. 4 and 6 by biasing means (not shown) such as a spring, so that 3, while the partition plate arm 97 is brought into contact with the eccentric cams 90, 92 of No. 3. The swinging arms 93 and 103 are biased clockwise in FIG. 5 by biasing means (not shown) similar to those of the two swing arms 93 and 103, so that contact pressure with each of the eccentric cams 90 to 92 is maintained. .

Next, the lower and upper transfer belts 83, 8
The drive mechanism for running the vehicle will be explained.

That is, the gear 87 driven by the delivery motor 85 meshes with the gear 110, which is connected to the pulley 111 and the belt 1.
12, the gear 113 is driven, and the gears 114 and 115 that mesh with the gear 113 are also driven. These gears 114 and 115 mesh with gears (not shown) having the same axis as the belt rollers 116 and 117 of the upper and lower transfer belts 83 and 84, respectively, to transmit driving force to the belt rollers 116 and 117, respectively. ing. In addition, a drive mechanism for raising and lowering the upper and lower transfer belts 83, 84,
The drive mechanism for running the upper and lower transfer belts 83, 84 has a power intermittent means (not shown) such as a clutch in the middle of its power transmission path. The lifting and lowering operations and the driving of the belt are performed at the same time or at the same time.

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

The rotation of the shutter motor 66 is controlled by gears 71A,
71B to the drive shaft 69, and from this drive shaft to the shutter shaft 70 of each shutter 4 (only one shutter shaft is shown in FIG. 7) through gears 71C and 71D, Further, the power is transmitted from the shutter shaft 70 to the shaft 68 via gears 71E and 71F. Further, a clutch 118 is provided between the shutter shaft 70 and the gear 71D for opening and closing only one of the left and right shutters 4, and this clutch 118 is a clutch that rotates together with the gear 71D. A plate 119, a lock plate 121 that rotates in frictional contact with the clutch plate 119 via a lining material 120, and the lock plate 12.
1 and the one-way clutch 122, which is provided between the shutter shaft 70 and the one-way clutch 122, which transmits only the rotation of the lock plate 121 in one direction to the shutter shaft 70. Further, the one-way clutch 122
This allows the gear 71E 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, gear-shaped unevenness (not shown) is formed on the outer circumference of the lock plate 121.
A lock piece 124 operated by a lock solenoid 123 engages with this unevenness as shown in FIG. 8, and by engaging this lock piece 124 and the lock plate 121, , the opening/closing operation of one shutter 4 can be regulated regardless of the rotation of the shutter motor 66 and 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 on a slide motor 125, and a spur gear 127 that meshes with the worm gear 126. , a pulley 129 provided on a shaft 128 that rotates together with the spur gear 127, and a slide belt 130 wound around this pulley 129.
The slide belt 130 is connected to the moving frame 73 of the feeding and accumulating mechanism 5.

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) (i) When the teller instructs the deposit process, the lock piece 124 of the shutter 4 on the side where the instruction was given is disengaged from the lock plate 121; When the shutter motor 66 is rotated in this state, one shutter 4 becomes open. Furthermore, the slide motor 125 is operated to slide the feed-out and accumulation mechanism 5 in the width direction of the machine body 1, and it is placed in a position facing the transaction opening mechanism 3 for which the instruction has been given.

(ii) 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 prevented from slipping downward by the storage section partition plate 82. The first mounting plate 5 is
It is placed on top of 9. (See FIG. 9) (iii) When the camshaft 89 is rotated by the transfer motor 85, the first to third eccentric cams 90 to 92
are activated to lower the storage section partition plate 82 and move the lower transfer belt 83 onto the mounting plate 5.
9 and 74, and further lowers the upper transfer belt 84 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) (iv) When the stacked banknotes S are fed into the second placement plate 74, the slide motor 125 is activated again to slide the feeding and stacking mechanism 5, 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, when the gate solenoid 80 is activated, the opening/closing gate 78 and the partition plate 81 turn around the shaft 77 while keeping their mutual angle constant (the clock moves from the position shown in FIG. 10 to the position shown in FIG. 11). rotation)
Then, the partition plate 81 is lowered onto the stacked banknotes S, and the opening/closing gate 78 is raised to open the banknote insertion gap 76. Then, when the banknote feeding mechanism, that is, the kicking roller 6 and the feeding roller 7 are operated, a frictional force is applied from the kicking roller 6 to the lower surface of the stacked banknotes S on the second mounting plate 74, and the banknote is pushed downward. The sheets are sent one by one to the determination route 10, and a determination is made as to whether or not they can be accepted. In this feeding of banknotes, the kicking roller 6
Since the stacked banknotes S are held between the partition plate 81 and the partition plate 81, a large frictional force can be applied to the banknotes. Then, the determined banknotes are taken into the machine depending on the result, or are passed through the payment route 55 and the collection vehicle 9 to the partition plate 8.
Fall on top of 1. Therefore, when the stacked banknotes S are discriminated, banknotes S determined to be unacceptable will not be mixed with undiscriminated banknotes S on the second mounting plate 74. (See Figure 11)
(v) After all the banknotes on the second placement plate 74 have been identified, the upper and lower transfer belts 83 and 84 are operated to transfer the banknotes S in the opposite manner to (iii) above, and the banknotes S are transferred to the first placement plate 59. send to. Then, by opening the shutter 4 in this state, the teller can take out the unacceptable bills S from the bill depositing and dispensing machine.

(B) Payment processing (see Figures 12 and 13) (i) Operate the gate solenoid 80 to close the gap 76 with the opening/closing gate 78 and close the partition plate 81
is swiveled upward and evacuated, and the storage part partition plate 82 is raised, and the upper and lower transfer belts 83 and 84 are evacuated upward and downward, respectively, and the feeding and accumulating mechanism 5 is placed in the central position. In this state, bills are sent out one by one from each dispensing storage section 19, 20, 21 in the machine. The sent banknotes are conveyed along the dispensing route 55 and are fed onto the second placement plate 74 via the collection vehicle 9. (1st
(See Figure 2) (ii) After stacking a predetermined number of banknotes on the second placement plate 74, move the feeding and stacking unit 5 to a position facing the transaction port mechanism 3 on the side that issued the withdrawal command. let Next, the storage section partition plate 82 is lowered, the stacked banknotes S are sandwiched between the upper and lower transfer belts 83 and 84, and the stacked banknotes S are sent from the second mounting plate 74 to the first mounting plate 59. (See Figure 13) (iii) After the stacked banknotes S are fed onto the first loading plate 59, by opening the shutter 4 on the side where the withdrawal command has been issued, the banknote depositing and dispensing machine can be removed. It becomes possible to take out banknotes.

In addition, the circulating bill depositing and dispensing machine of the above embodiment is as follows:
Patent application 1 filed by the applicant on May 8, 1982
and 2, or because it has the same basic configuration as the "recirculating bill depositing and dispensing machine" described in Patent Applications 1 and 2 filed on May 16, 1988,
In addition to deposit processing and withdrawal processing, there is also a distribution process of distributing genuine bills (banknotes that can be reused as withdrawal bills) in the deposit/withdrawal box 43 to each storage section 19 to 21, and each storage section 1.
It is possible to carry out end-of-day processing in which all banknotes numbered 9 to 21 are collected in the deposit/withdrawal box 43, but since these processes are not directly related to the gist of the present application, their explanation 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 description, 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 upper surface of the placing plate, and the space between this front plate and the above-mentioned placing plate for passing accumulated banknotes is opened and closed by an opening/closing gate, and The banknotes sent out from the dispensing route inside the bill depositing and dispensing machine are received by the stacking vehicle above the placement plate and dropped onto the placement plate, and the banknotes are placed between the placement plate and the stacking vehicle. On the condition that the opening/closing gate opens a gap for bill insertion, a partition plate is provided that can move forward and backward to cover the stacked bills on the placement plate, so that when depositing on one placement plate, Of course, it is possible to consolidate the two functions of banknote collection and banknote collection at the time of withdrawal.
The space above the mounting plate is used to temporarily store unacceptable banknotes generated during banknote deposit processing, thereby preventing unacceptable banknotes from being mixed in with deposited banknotes on the mounting plate. This has the effect of making effective use of the internal space of the bill depositing and dispensing machine and increasing the bill storage capacity.

[Brief explanation of drawings]

The drawings show one 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, and FIG. 2 is a side view showing details of the transaction opening mechanism and the feeding/accumulating mechanism. 3 is a plan view with some of the same parts as in FIG. 2 omitted, and FIG. 4 is a side view showing details of the lifting mechanism of the lower transfer belt.
Fig. 5 is a side view showing details of the elevating mechanism of the storage section partition plate, Fig. 6 is a side view showing details of the elevating mechanism of the upper transfer belt, and Fig. 7 is a partial view showing details of the drive mechanism of the shutter. 8 is a cross-sectional front view, FIG. 8 is a view taken along the - line in FIG.
FIG. 13 and FIG. 13 are side views showing the withdrawal process in the order of steps. DESCRIPTION OF SYMBOLS 1... Body, 2... Transaction port, 3... Transaction port mechanism, 4... Shutter, 5... Feeding accumulation mechanism, 6... Kicking roller, 7... Feeding roller, 8... Friction separation member, 9... Accumulation vehicle, 1
0...Discrimination route, 55...Withdrawal route, 59...
...First mounting plate, 72...Slide guide shaft, 7
3... Frame, 74... Second mounting plate, 74a
... Notch, 75 ... Front plate, 76 ... Spacing, 7
7... shaft, 78... opening/closing gate, 79... link mechanism, 80... gate solenoid, 81... partition plate, 82... storage section partition plate, 83... lower transfer belt, 84... upper transfer Belt, 85... Delivery motor, 89... Camshaft, 90, 91, 9
2... Eccentric cam, 118... Clutch, 122...
…One-way clutch.

Claims (1)

[Claims] 1. A space for passing banknotes should be provided between the loading plate on which banknotes to be deposited or bills to be withdrawn are accumulated in an inclined state and the upper surface of the loading plate at the lower end of this loading plate. a front plate that is provided to align the stacked banknotes on the placing plate by coming into contact with them, and an opening/closing gate that opens and closes a gap for inserting the stacked banknotes between the front plate and the placing plate; a collection vehicle that receives banknotes sent out from a conveyance path in the banknote depositing and dispensing machine above the loading plate and drops them onto the loading plate;
A bill depositing and dispensing machine comprising a bill feeding mechanism that applies a frictional force to the lower surface of the stacked bills on the mounting plate to pull out the bills one by one in the surface direction and feeding them into a conveyance path within the bill depositing and dispensing machine. Trading account deposit and withdrawal mechanism.