JPS61157992A - Currency dumping machine - 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 relates to a coin dispensing machine K, and more particularly to a coin dispensing machine capable of dispensing both coins and bundles of banknotes. Prior Art and its Problems] Conventional coin dispensing machines use a special cup for dispensing coin rolls (a fixed number of coins wrapped in a bar shape) or bundles of banknotes.

A coin roll dispensing machine exclusively for coin rolls has coin roll storage compartments for each denomination in the coin roll storage section that are loosely placed toward the back of the machine, and a coin roll dispensing machine that is dedicated to coin rolls runs toward the back along each compartment. The coin rolls are thrown out from each compartment, and the coin rolls thrown onto this conveyor are transported by this conveyor towards the back of the machine and placed in the cradle for the rolls on the back! : Posted on. This pedestal is then raised to the highest position, at which point the pedestal is flipped forward and the coin rolls are discharged into the coin roll discharge port located at the front of the upper part of the machine.

Similarly, with regard to the banknote bundle dispensing machine exclusively for banknote bundles, the banknote bundle storage compartments for each denomination of the banknote bundle storage section are arranged in series toward the back of the machine, and the banknote bundles are disposed in the direction of the back along each compartment. Banknote bundles are ejected from each compartment onto a conveyor for use in the machine, and the banknote bundles ejected onto this conveyor are conveyed toward the back of the machine and placed on the banknote bundle cradle. . The cradle is then raised to the highest position, at which point the cradle is reversed forward, and the banknote bundle is discharged to the banknote bundle outlet located at the front of the machine body.

However, in the conventional coin roll dispensing machine and banknote bundle dispensing machine described above, the coin rolls and banknote bundles are discharged to a conveyor for coin rolls or banknote bundles, and from these conveyors to a cradle for coin rolls or banknote bundles. Since the coin rolls and banknote bundles are sequentially delivered from the storage section and delivered to the discharge port from each holder to the outlet for coin rolls or bundles of banknotes, the rolls and bundles of banknotes are However, it has the disadvantage that it is easily damaged each time it is transported or handed over.

In particular, in the case of bundles of banknotes, the band that binds the banknotes may break, and in the case of rolls, the wrapping paper may tear, making it impossible to dispense the desired amount. On the one hand, there is the problem of clogging, and on the other hand, since the transport path from the storage section to the discharge port is long, it takes time to discharge the coin rolls and bundles of banknotes, and if you try to shorten the time until the discharge is finished, It is necessary to increase the conveyance and delivery speed of coin bars and banknote bundles, which increases the number of times δ damage rolls and banknote bundles and increases the degree of damage. It had become a bottleneck.

In addition, in order to reduce damage during conveyance and delivery of coin rolls and banknote bundles from the storage section to the discharge outlet, K must use a conveyor and pedestal specifically designed for coin rolls and banknote bundles. K, which is a machine that dispenses both banknotes and bundles of banknotes, becomes extremely large and cannot be put to practical use. [Object of the Invention] The present invention focuses on the problems of the above-mentioned prior art, and solves the above problems. The purpose of this invention is to provide a coin dispensing machine that can dispense both coin rolls and bundles of banknotes while occupying a small space.

[Summary of the invention]

In order to achieve the above object, the coin dispensing machine according to the present invention has the following features:
The coin roll storage compartment for each denomination, which stores the coin rolls in line by denomination and has a coin roll delivery port at the front end, in the vertical direction? J
! A banknote storage section with several stages arranged and a banknote storage section for each denomination, which arranges and stores banknote bundles by denomination and has a banknote bundle outlet at the end thereof, are provided in 16 stages in the vertical direction. A banknote bundle storage section consisting of a banknote bundle is arranged in series, and the banknote roll is moved downward along the denomination-specific banknote storage section on the front side of the bankroll storage section to receive the banknote roll sent out from the bankroll sending port. The tray part and
A banknote bundle tray part that is moved integrally with the coin roll tray part and receives a banknote bundle that is moved up and down along the denomination-specific banknote bundle storage compartment and is sent out from the banknote bundle delivery port, and a banknote bundle storage compartment by denomination. A coin roll delivery means for delivering coin rolls from the denomination banknote bundle storage compartment, a banknote bundle delivery unit for transporting banknote bundles from the denomination banknote bundle storage compartment, a coin extraction port formed in the upper part of the machine body, and both tray parts, respectively. The coin rolls and banknote bundles are temporarily stopped at the coin roll receiving position corresponding to the coin roll storage section by denomination and the banknote bundle storage part corresponding to the banknote bundle storage compartment by denomination, and raised while the coin rolls and banknote bundles are received. a shutter section that opens and closes the coin withdrawal port to enable the removal of coins and banknote bundles from both tray sections located at the coin withdrawal port; , comprising a banknote bundle sending means and a control unit that controls the shutter unit, respectively, so that the coin rolls and banknote bundles can be taken out directly from the coin roll tray unit and the banknote tray unit located at the coin takeout port. That is.

[Embodiments of the invention]

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

FIG. 1 shows an example of a money dispensing machine according to the present invention, partially cut away. In particular, this money dispensing machine is used to collect principal used by a bank teller to pay money to a customer. This is for withdrawing the desired amount using a clerk-only card, and is used for bank teller duties (such as handing over principal to counter clerks at the beginning of work, etc., and settling the closing amount for each clerk at the end of work, etc.). automation,
This is a machine intended to save labor.

The above-mentioned coin dispensing machine is provided with an operating section 2 on the upper part of the machine body 1, and this operating section 2 is operated by a card insertion slot 3 into which an attendant-only card is inserted, and an attendant who reads the card inserted into the insertion slot 3. A group of keys such as a numeric keypad for setting the number of stacks of the staff code corresponding to the code and the desired number of principals (bank money a and number of banknotes), a two-key key for specifying the denomination, etc., a start key, etc. A key operation section 4 having a key operation section 4, a display window 5 that displays the breakdown of the principal amount specified by the key operation section, a printer section 6 that prints out the breakdown of the deposited principal amount, and an internal mechanism. It is provided with a coin take-out lower for taking out the principal amount of the deposited desired coin, and a carton placing part 8 on which a carton for storing the coins to be taken out from the coin take-out lower is placed.

In this coin dispensing machine, the principal coins are divided into two types: coin rolls (for example, 50 coins of the same denomination are wrapped as a unit and hard) and banknote bundles (for example, 100 banknotes of the same denomination are wrapped as a unit). The banknotes are in the form of 6P@ type (500 yen gold 8!, 100 yen gold 8!,
It is possible to dispense coins of 500 yen, 100 yen, 5 yen, and 1 yen denominations (50 coins for each denomination), and for banknote bundles 3 It is possible to dispense banknote bundles of 10,000 yen denominations, 5000 yen denominations, and 1000 yen denominations, and a single unit of 100 banknotes for each denomination.

Next, an example of the structure of the principal coin storage section will be explained.

In Figures 1 and 2, side plates 9 and 10 are installed inside the fuselage 1.
．． 11 is provided, and a banknote bundle storage section 12 is provided between the side plates 9 and 10.
However, coin roll storage portions 13 are arranged side by side on the left and right between the side plates 10 and 11.

The banknote bundle storage section 12 is a banknote bundle storage compartment 1 for denominations of 10,000 yen.
41.5 thousand yen banknote east storage compartment 142, thousand yen banknote bundle storage compartment 14. each section 141.
142 and 143 are cassettes that can be inserted and removed between the side plates 9 and 10.
For convenience, these are called bundle cassettes for 10,000 yen, 5,000 yen, and 1,000 yen.

On the front surface of each cassette '41 s 142.143, there is a banknote bundle discharging means 151.15 corresponding to each cassette)K.
153 is provided. Details of its construction are shown in FIGS. 3 to 5.

Figure 3 is a sectional view seen from the back side of Figure 2, and is a cross-sectional view of Figure 4.
- Corresponds to a cross-sectional view, and Fig. 4 is ff-IVI of Fig. 3.
FIG. 5 is a view taken along line V-V in FIG. 3 (however, a guide plate, which will be described later, is omitted).

The banknote bundle storage section 12 includes each cassette 141.14. ．． 14
In order to be able to attach the shelf board 16.B, the shelf board 16. ．． 16! , 16. Note that FIGS. 3 to 5 show the cassette 14° side, and the other cassettes 14g and 14xK have exactly the same structure, so their illustrations are omitted.

The top surface of the 16-layer shelf plate contacts the bottom surface of the cassette 14.0,
Cassette 14. It guides the insertion and removal of the cassette 14. When the cassette 141 is installed
It has the function of holding the bottom surface.

At the front end of the upper surface 161a of the shelf board 161, a pair of locking portions 161b and 16th are bent upward, and a cassette) 14. cassette 14 by locking the front end surface of the cassette 14.
．． K is arranged so that it is positioned at the mounting position. In addition, shelf board 16. A cutout 16tC is formed extending from the center of the front end of the upper surface 161a to the locking portion 161b%16Ib.

The A section cassette 14t stores a banknote bundle Bl of 10,000 yen denomination in a three-dimensional posture, and the banknote bundle Bt has a banding tape 17. It is wrapped several times and tied together.

141 bottom surface 14ta and both side walls 1
4th and 141b are used to guide the lower end and both side edges of the banknote bundle group and agitate it so as to guide it to the front end side of the cassette 141.The banknote banknote 4th and 141b are used to keep the banknote bundle group in an upright position. The back surface of the bundle Bl is pressed and as the banknote bundle B1 decreases, the bottom surface 14+I! Suppressing piece 18 moving on L. 14. It is located inside. This suppression piece 18
The width of ° is the banknote bundle B! The width is slightly smaller than the longitudinal width of (
A pair of holding parts 1, which will be described later for banknote bundle 81 group,
41Q1141cK Pressing and biasing K to banknote bundle B1
At the front ends of both side walls 141b, 141b of the cassette 141 that holds the group in an upright position, a pair of holding parts 141 are bent inwardly.
c, 141c are formed. Further, from the center of the front end of the bottom surface 141a, the holding portions 141c and 141Cr'kRI
Notches 141 (1 are formed across C. Both side walls 14
+t), the upper edge of 14tb is provided with a locking portion 14. e, 141° is formed so as to lock the upper edge of the succeeding banknote bundle B+ when the 11 banknote bundle Bl is sent out.

The front end of each of the locking parts 14tes 1416 and each holding part 1
41c and 141c, there is formed a banknote bundle outlet 14 which is slightly larger in thickness than the banknote bundle B1. The guide plate 19 when the bill bundle B is sent out from the bill bundle outlet 141f. is fixedly provided on the side plate 9.

In addition, regarding the above configuration, other cases, G14. ．． 1
The same is true for 4.

Next, the configuration of the banknote dispensing means 151 will be explained.

cassette) 14r at the upper and lower positions near the front end. A driven roller 221 and a flanged roller 23. are provided respectively, and these rollers 221 . 23. Pel thrown in between) 24. is wrapped. Flange portions 231a, 231 of the flanged roller 231
a) It prevents the dispensing belt 241 from shifting in the width direction while it is being driven, and ensures that it is always kept at a predetermined position in the width direction with respect to the banknote bundle BIK. The width of the dispensing belt 24I is approximately S4 width of the banknote bundle B1, and the belt surface 241a of the dispensing belt 241 does not contact the front surface of the foremost banknote bundle B1 in the cassette 14□. Hey, cassette 1
41 holding part 1410, t4tc! Ricasera) 14
It is located outside 1.

Belt surface 2411 of the above-mentioned delivery belt 24! LK is
Two protrusions 241b, 241b, which are integrally formed and protrude from the belt surface 241a, are provided on the belt 241 at equally spaced positions in the belt movement direction. This protrusion 24tth 2
4sb is made of the same material as the dispensing belt 241 and is molded from urethane, and its width is the same as that of the dispensing belt 241. In addition, the protrusion amount of the protrusions 24rb and 24tb is
The holding portion 14ic is larger than the thickness of the banknote bundle B1,
The undischarged amount from 14+a into cassette 14□ is banknote bundle B.
1, and the protrusion 241
b, 241b, the length of the dispensing belt 241 in the belt movement direction is the protrusion length of the protrusion near the belt surface 241a, which is y
The dimensions are the same, and the dimensions gradually become smaller toward the protrusion direction. And this protrusion 24
1b.

24! b is movable through the notch 14BLv 16tc.

The shaft 21 of the flanged roller 231. A goo IJ-251 is fixedly provided on the end projecting outward from the side plate 9 of the bell) 26. It is designed to be interlocked with the drive motor Ml through.

In FIGS. 3 and 4, the protrusion 24 +b,
24! Facing the movement range of b, 5 swinging plates 28 weights are attached to the shaft 27. The switch actuating piece 29 is fixedly provided on the outer end of the shaft 271 that protrudes from the side plate 9! is fixed, and this switch actuating piece 29. The switch 301 is operated by the IC. This switch 301
has the role of stopping the projection 24+bq 24+b of the dispensing belt 241 at the dispensing preparation position and the role of confirming and detecting dispensing.

FIG. 3 shows the ready state for dispensing, and the dispensing belt 241
The protrusion 241b pushes the swinging plate 2B, and the switch actuation piece 29. The switch 30. is also in a state of being swung clockwise about the shaft 27 with respect to the spring 31tK. has been switched. 32! is a stopper.

Therefore, the motor Ml is driven by the dispensing command button and is passed through the belt 26I and the pulley 251 to @21. When + rotates, the protrusion 241b on the lower side of the bell) 241 rises, comes into contact with the lower edge of the banknote bundle B1, pushes the banknote bundle Bl, and sends out the banknote bundle B. Immediately after the start of the movement, the projection 24sb releases contact with the swing plate 281, so the shaft 2
71 as the center, the swing plate 281 and the switch actuating piece 291
is swung counterclockwise by the spring 31+, and the switch actuating piece 29. is switch 30. At the same time, it is stopped by the stopper 32. At this time, the swing plate 281 is stopped at a position where it does not come into contact with the belt surface 241a. When the lower protrusion 24th that was pushing the banknote bundle B1 in FIG. 3 moves to just before the position where the upper protrusion 24th was placed, the upper protrusion 241b
moves to just before the position of the lower protrusion 241b, so
The rocking plate 28h switch actuation piece 29[ is swung again from the projection 24tbK, and the projection 24! When the belt 24th reaches the position shown in the third figure, the switch 301 is switched and the belt 241 is stopped.

Said switch 30! Separately, a sensor 331 in the form of a light projector/receiver is provided to confirm the delivery of banknotes, and the switch 30K is switched to the state shown in the third figure, and the sensor 33 detects the delivery of the banknote bundle B1. Due to both conditions, the number of dispensed banknote bundles B1 is counted and the dispensed confirmation is performed. Note that the banknote bundle dispensing means 152 is operated by a motor M! The means 15g is driven by a motor i, and each means 15. ．． 15. The structure of the banknote bundle dispensing means 15. is the same as

Next, a side plate 1 is arranged in parallel on the side of the banknote bundle storage section 12.
The configuration of the coin roll storage section 13 formed between the O111 will be explained.

As shown in the side view in Fig. 2, multi-tiered rails (not shown) are provided on the side plates 1G and 11 in a forward-slanted state, and along these rails are provided compartments for storing coins of 500 yen denominations. (2 34-kan gold bar cassettes, 3 100 yen coin rolling cassettes 342, 500 yen coin rolling cassette) 34. is 5
100 yen gold bar cassette 34 pieces, 2 pieces, 5 yen gold bar cassette 34. Two coin roll cassettes 346 for one-yen denominations are provided on one side, and these have a cassette structure that can be freely pulled out from the mounting position on the rail between the side plates 10 and 11, so that they can be carried.

Each of the above cassettes) 34. Since cassettes 346 to 346 all have the same structure, the structure will be explained using cassette 341 shown in FIG. 6 as a representative. At the tip (the right end part in Figure 2) is a coin C! holder 3 to prevent it from falling.
41a, 3411! L, ``'la'' are formed, and between these receiving parts 41a and 341a there is a projecting body 35.35 to be described later
Notches 341tl and 3411 through which (second illustration) can pass
) are formed, and receiving portions 341a, 341a,
The upper part of 341a is an open coin transfer outlet 341c.

The delivery body 35.35 is commonly used for each of the cassettes 341 to 346, and is provided in the lifting unit 36 shown in FIG.

This elevating unit 36 is raised and lowered on the inside front side of the fuselage 1, and its width is as shown in FIG.
．． The width dimension between banknote bundle cassettes 1 and 11 is made equal to y.
4□, front of 141.143 and coin cassette 341
It is designed to be lifted and lowered in front of 346. In addition,
Although FIG. 7 shows only the elevating unit 36, it is a view seen from the left side of FIG. 2.

1, 2, and 7, this elevating unit 36 is provided with frame plates 37, 38, 39 at width positions corresponding to the side plates 9.1O111, and these frame plates 37, north, 39 A receiving part forming plate 41 for forming a receiving part 40 which is fixed to the frame plate 37 and 39 and receives coin rolls and banknote bundles.
is provided. Receiving portion 40 between this frame 37 and 38
The receiving portion 40 between the frames 38 and 39 is used for storing bill bundles, and the receiving portion 40 is used for storing coin rolls.

The frame 39 of the lifting unit 36 is provided with a boss portion 39b in which a screw hole 39a is formed, and a screw rod 42 rotatably supported by the body 1 is screwed into the screw hole 39a. The lifting unit 36 is moved by rotating the screw rod 42.
is raised and lowered.

Guide rollers 43 and 43 are provided on the outer surface of the machine frame 37, and these rollers 43 and 43 sandwich a guide rod 44 fixed to the machine body 1, and are raised and lowered 22 times by rotation of the threaded rod 42. 36
When the lifting unit 36 is raised and lowered, it is guided by a guide rod 44 so that the lifting unit 36 is raised and lowered while maintaining a horizontal posture.

The threaded rod 42 is rotated by a motor M4 via a belt 45, and therefore, the driving means for the lifting unit 36 is constituted by the motor M4, the belt 45, and the threaded rod 42. Ru.

A roller 46 having a notch is fixed to the lower part of the threaded rod 42, and a locking piece 47 that moves in and out of the notch escapes from the notch when a solenoid 48 is energized to release the restraint of the threaded rod 42. ing. Further, the screw rod 42 is provided with a detection piece 49 that detects this rotation speed, and the movement sensor 50 detects this, and the elevating unit 36 is at the standby position t (*position # shown by the dashed-dotted line in Figure 2). Cassettes 141 and 142 from which the rotation speed is detected based on the state and the banknote bundle is to be taken out.
．． Opposite position to 14s, t and cassette 34 from which to take out the coin. It is designed to be stopped at a position opposite to 346.

Incidentally, the elevating unit 36 is, for example, a similar type of rolling metal cassette 341, 34, . Each cassette is 341°341
The lifting unit 36 is stopped at a position corresponding to the cassettes 141, 142, 143, and the lifting unit 36 is stopped at the position corresponding to the cassette 3420 or the third cassette from the top. Position, coin cassette 3
The stop position of the third cassette 343 from the top of the cassette 343 and the stop position of the lower cassette 345 of the coin roll cassette 3411 are used as common stop positions.

Inlet 40a for introducing coins into the receiving section 40 of the lifting unit 36
A horizontal shaft 51 is provided in the area (the area between the frames 38 and 39), to which the center portion of the projecting body 35 and 350 is fixed. This horizontal shaft 50 projects to the outer surface of the frame 37 as shown in FIGS. 7 and 8, and a pulley 52 is fixed to the end of this projecting shaft, and a belt 53 is wound around this pulley 52. , and is linked to an output shaft 55 of a motor M via a pulley 54.

The above-mentioned projecting body 35.35 normally has the position shown in FIG.
When the elevating unit 36 is raised and lowered to the coin roll removal position of the cassettes 341 to 346 scheduled to be dispensed, the coin rolls in the coin roll cassettes 341 to 346 are not contacted. At the stop position, move the throwing body 35.35 from the state shown in Figure 8 to 180 in accordance with the number of coins you want to throw out.
By rotating the projector 35.35 by 35°, each pair of projecting portions 35a, 35a form the notches 34tb, 34t shown in the sixth figure.
b (in the case of coin roll dispensing from the coin roll cassette 341), enters the coin roll from below, and one coin roll is scooped up by the dispensing parts 35a, 35a and placed in the cassette)34. from the receiving section 40.
It will be stored in. Each time a coin is dispensed, the upper and lower dispensing portions 35a.

35 is reversed and stopped at the position shown in Figure 8.

Each of the ejection parts 35a, 35a of the ejection body 35.35.
A keep sensor 56 is provided in the passage area of...
This keep sensor 56 is connected to the dispensing section 35. When the arrival of the motor Ms is detected, the motor Ms is stopped.

End portion 4 of receiving portion forming plate 41 that supplies acid to coin roll inlet 40a
1a, as shown in FIG. 7, there are notches 411. ．． 41b is formed. Further, in the upper part of the inlet 40a, the base of the detection lever 57 is pivotably supported by a shaft 58 so that the dovetail of the detection lever 57 faces the area through which the coin roll passes, and is swingably provided. The arm 59 is fixed, and the tip of the arm 59 extends to the sensor 60 position.

In the figure, reference numerals 61a and 61b are light emitter/receiver type sensors that count the number of coin rolls of each denomination passing through the inlet 40a v;
Both conditional signals are used as denomination-specific count signals.

62a is a detection switch for taking out a banknote bundle, and 621) is a detection switch for taking out a coin roll. Further, 63 is a spring for urging the arm 59, and 64 is a stopper for stopping the swinging position of the arm 59.

Furthermore, 65 in FIG. 2 is a switch for detecting that the elevating unit 36 is positioned at the coin extraction lower (2m: position R indicated by the dotted chain line), and 66 is a switch for detecting the fixed position when the elevating unit 36 is lowered. It is.

The coin extraction lower is provided with a seven-piece plate 67 for opening and closing it. As shown in FIG. 9, this shirt shirt plate 67 is movable in a horizontal plane by a guide mechanism (not shown), and a protrusion 6 is provided on the bottom surface of this shirt shirt plate 67.
7a is formed, and a tension spring 68 is tensioned between this protrusion 67a and the body 1. Further, a switch 69 is provided on the body l side, which is operated by the projection 67a and detects the exit closing position of the shutter plate 67.

An arm 7 is attached to the output shaft 70 of the motor M6 for opening and closing the shutter.
1 is fixed, and a roller 72 pivotally supported at the end of this arm 71 resists the bias of a tension spring 68 to move the shirt flap plate 6.
7 open/close positions are determined. There is a protruding piece 71a on the lower surface of this arm 71, and this protruding piece 71a
K switches the switches 73 and 74 for stopping the motor M6. Among them, the switch 73 is used to stop the motor when the shirt flap plate 67 fully opens the coin extraction lower, and the switch 74 is used to stop the motor M6 when the shirt flap plate 67 fully closes the coin extraction lower.
Used to stop.

Next, the control section 100 that controls the operation of each section mentioned above is connected to the first O.
(9) will be explained together with the function of each part.

In FIG. 1θ, a banknote bundle sending means 101, a coin roll sending means 102, an elevating unit drive section 103, a shutter n1
04 and each collection in FIGS. 1 to 9M, the banknote bundle sending means 101 includes motors M1 and M2
, M3, -switch 301. 302, 303, sensors 33K, 332, 333 are included, and the coin roll sending means 102
has motor M11. Keep sensor 56, sensor 60.6
1a161b, and the lifting unit drive section 103 includes a solenoid 48, a movement sensor 50, and a detection switch 62a.
, 62b.

65.66, includes motor M4, and further includes shutter section 1
04 has switches 69.73.74. A motor M6 is included.

The control unit 100 includes a CPU, ROM, and Makoto.

In Fig. 1θ, the clerk first inserts the card into the card insertion slot 3.
When the card is inserted into the card, the clerk code in the card is read by the card reader 107. Next, the clerk manually inputs the clerk code using the key operation unit 105. If the input signal and the read signal match, the desired principal amount breakdown is displayed. Input is now possible, and the clerk uses the key operation unit 105 to input the desired denomination of the banknote, the number of banknotes, and the banknote bundle denomination and number of banknotes. The breakdown is on the display section 10.
6 is displayed on the display window 5.

When the staff confirms that there is no operational error based on the displayed content and operates the start key, the elevator unit drive section 103 is first driven through the control section 100, and the elevator unit 36 is raised.

For example, in the case of dispensing a 500 yen coin bar, when the cassette 341 rises to the position corresponding to the lowest cassette 341, the elevating unit 36 is stopped and the dispensing body 350 rotates half a turn to dispense one coin bar from 3jl. is thrown out and blamed. Also, when coin rolls are dispensed from the cassettes 342 to 346, coins of the same denomination are dispensed in order from the lower cassette, and when the lower cassette becomes empty, the upper cassette is dispensed.

When discharging the banknote bundle B1 from the cassette 141, the elevator 36 is temporarily stopped at the stop position of the third cassette 34 from the top of the coin roll cassette 342, and is discharged by the banknote dispensing means 151. The banknote bundle B1 is received into the receiving section 40. When banknote bundles and coin rolls are being dispensed from both the bill bundle cassette 141 and the coin roll cassette I) 342 in the third row from the top, the desired number of bundles and coins are dispensed from both. After this, the elevating unit 36 is raised.

When banknote bundles and coin rolls of desired denominations are sequentially stored in the receiving section 40 in this way, the elevating unit 3
6 rises to the take-out position. Then switch 65 (second
(Fig.) and the lifting unit 36 is stopped.

On the other hand, switching the switch 65 causes the control section 100 to operate the shutter section 104 and fully open the shutter plate 67. Therefore, the staff member takes out the coin roll and banknote bundle from the receiving section 40 of the elevating unit 36 located at the money takeout lower. A switch (a banknote bundle switch 62a, a banknote bundle switch 6
2b), the shirt flap plate 67 is fully opened, the elevating unit 36 is returned to its lowermost position, and then stopped at the original position.

The details of the principal amount are printed out by the printer section 108, and the card is returned to prepare for the next coin withdrawal.

It should be noted that the design of each part in the above embodiments may be changed as desired without departing from the technical concept of the present invention.

〔Effect of the invention〕

As explained above, the coin dispensing machine according to the present invention has a coin roll storage section and a banknote bundle storage section juxtaposed inside the machine body, and a lifting/lowering mechanism provided along the front part of these storage sections so as to be able to rise and fall freely. Since the unit receives the coins and dispenses them to the coin outlet, the coin rolls and banknote bundles can be discharged by a common conveyance mechanism, and the conveyance path for the coin rolls and banknote bundles is extremely short. In addition, since there are fewer reversing operations and transfer operations, inconveniences such as tearing away the wrapping paper of coin rolls and cutting the banding of banknote bundles are reduced, and at the same time, the dispensing capacity can be significantly increased.

[Brief explanation of the drawing]

FIG. 1 is a partially cutaway perspective view showing one embodiment of a coin dispensing machine according to the present invention, FIG. 2 is a longitudinal side view of FIG. 1, and FIG. 3 is a longitudinal side view showing a banknote bundle cassette and its delivery means. Figure 4 is a view from IV-IV of Figure 3, Figure 5 is a view taken along line V-V of Figure 3, Figure 6 is a perspective view showing the shape of the tip of the coin cassette, and Figure 7 is Rear view of the elevating unit in #1ㅅ, No. 8
9 is a side view of the controller section, and FIG. 1θ is a block diagram of the control section. l... Airframe, 2... Operation section, 3... Card slot entrance, 4... Key operation section, 5... Display window, 6... Printer section, 7... Money outlet , 9.10.11... thin plate, 12... banknote bundle storage section, 13... coin roll storage section,
141-143...Banknote storage compartment (cassette), 1
51-153...Banknote bundle dispensing means, 161-163.
... Shelf board, 24 goose... Throwing belt, 2411)...
Protrusions, 341 to 346...Cassette as a gold scale storage unit, 35...Throwing body, 36...Elevating unit, 40...Receiving unit, 100...Control unit. Applicant's agent Kiyoshi Inomata Engraving of the drawing (no change in content) M2 Ml 4 Koro 6 Ima 649 → f Figure 5 Figure 6 Extraction 8 Figure 9 Figure 1Q Procedural amendment N (Ryu) May 1985 Month (4th day)

Claims (1)

[Claims] A coin roll storage unit that arranges and stores coin rolls by denomination and has a coin roll storage section for each denomination with a coin roll delivery port formed at the front end in multiple stages in the vertical direction, and a banknote bundle that arranges banknote bundles by denomination. A banknote bundle storage section is arranged in parallel with a banknote bundle storage section, which is formed by vertically providing multiple stages of banknote storage compartments for each denomination and having a banknote bundle delivery port formed at the front end, and a banknote banknote storage section for each denomination is arranged in parallel on the front side of the banknote roll storage section. A coin roll tray part that is moved up and down along the storage compartment and receives the coin rolls sent out from the coin roll sending port; A banknote bundle tray unit that receives and receives banknote bundles that are moved up and down and sent out from a banknote bundle delivery port, a coin roll sending unit that sends out coin rolls from the denomination-specific banknote bundle storage compartment, and a banknote bundle delivery unit that sends out the banknote bundles from the denomination-specific banknote bundle storage compartment. A banknote bundle sending means for sending out banknote bundles, a coin takeout port formed in the upper part of the machine body, and both trays are connected to coin roll receiving positions corresponding to each denomination coin roll storage section and banknote bundle storage by each denomination. A driving part that temporarily stops the banknote bundle and the banknote bundle at a banknote bundle receiving position corresponding to the partition part and raises the banknotes and banknotes while raising them to position them at the coin ejection port; The coin extractor includes a shutter section that opens and closes the coin extraction port to enable the withdrawal of coins from the bill bundle, and a control section that controls the drive section, the coin roll delivery means, the bill bundle delivery means, and the shutter section, respectively. A coin dispensing machine that is capable of directly taking out coin rolls and bill bundles from a coin roll tray section and a bill tray section located at an exit.