JP2000090323A - Paper money paying machine - Google Patents

Abstract

PROBLEM TO BE SOLVED: To accurately recognize a paper money amount (money amount) for replenishment at the time of replenishing paper money to a paying paper money housing part of a paper money paying machine, to prevent counting errors and input errors and to accurately manage a present amount inside a machine body. SOLUTION: This paper money paying machine for delivering the paper money based on a feed-out command, temporarily holding it in a paying paper money temporary holding part 7 and sending out the paper money to a money paying port 2 after the prescribed amount of the paper money is temporarily held is provided with the paying paper money housing part 13 for housing the paying paper money to be delivered in a stacked state, a paying paper money delivery means 25 disposed at one end of the housing part for delivering the paper money at a very front position sheet by sheet, a replenishing paper money housing part 38 provided so as to be pulled out from the back surface side of the machine body 1 capable of manually stuffing replenishing paper money in the stacked state, a replenishing paper money carrying means provided with a paper money detection means capable of at least counting the paper money for delivering the paper money sheet by sheet from the housing part 38 and carrying it and a replenishing paper money temporary holding part 15 for receiving and temporarily holding the replenishing paper money carried by the carrying means and sending the temporarily held paper money into the paying paper money housing part at prescribed time.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a bill dispensing machine, and more particularly to a bill dispensing machine suitable for use in a public stadium.

[0002]

2. Description of the Related Art In a public stadium, for example, a public racetrack, a public bicycle racetrack, or a public boat racetrack, a race ticket is purchased, and when the race ticket is hit, a refund of a dividend is made. A bill dispensing machine is also installed and used in this kind of public stadium.

[0003] The bill dispensing machine installed in such a place as mentioned above is required to have a dispensing port on the front of the machine so that the customer can take out the bill directly from the machine. Since the operation of taking out bills from the dispensing port is performed, the clerk can perform operations of replenishing bills to be dispensed and collecting collected bills from the rear side of the machine.

[0004] As a banknote dispensing machine that meets such a demand, the present applicant has filed Japanese Patent Application No. 7-297094 (Japanese Patent Application Laid-Open No. 9-1).
No. 42675) has been developed. This dispensing machine is provided with a replenishment bill storage unit corresponding to the upper part of the dispensing bill storage unit installed in the body, and replenishes bills directly from the back side of the body into the replenishment bill storage unit. By opening the lower shutter in a timely manner, bills replenished in the replenishment bill storage unit are fed into the dispensing bill storage unit and are sequentially fed out from the lower part as dispensing bills.

[0005]

The above-mentioned bill dispensing machine can satisfy the above-mentioned demands for the time being, but the loading of replenishment bills is performed manually in the replenishment bill storage unit. Regarding the amount of money or the number of replenishment sheets, before refilling the replenishment bill storage unit, the replenishment bills must be separately counted beforehand and the data must be manually entered. There is a problem that the money in the machine is different from the actual bill storage value, and the money management without error can not be performed.

[0006] In particular, the first invention of the present application is to count replenishment bills before the replenishment bills are stored in the replenishment bill storage unit, to prevent a mistake in inputting the replenishment amount (amount or number of sheets), An object of the present invention is to provide a banknote dispensing machine capable of accurately managing a height.

[0007]

According to a first aspect of the present invention, as a means for solving the above-mentioned problems, a bill is fed out based on a dispensing command, temporarily stored in a dispensing banknote temporary holding unit, and a predetermined amount of a bill is stored. In a banknote dispensing machine that sends out the banknotes to a dispensing port after the banknotes are temporarily held, a banknote dispensing banknote storage unit that stores the banknotes to be dispensed in an accumulated state and one end of the storage unit A bill dispensing means for dispensing the leading bill one by one, and a replenishing bill storage unit provided so as to be able to be withdrawn from the rear side of the machine and capable of being manually packed in a state in which replenishment bills are accumulated; A replenishing bill transporting means provided with bill detecting means for feeding and transporting the bills one by one from at least to enable counting of the bills, and receiving and temporarily holding the replenishing bills transported by the transporting means at a predetermined time Temporary banknotes can be transferred to the withdrawal paper Lies in the characterized by androgynous the replenishment banknote escrow portion for feeding the receiving portion.

[0008] The dispensing bill storage section includes a form in which bills are stacked vertically, or a form in which bills are stacked in the front-rear direction in a standing posture.

In addition to the above demands, there is a need for a banknote dispensing machine which can quickly send a replenishment banknote to a banknote banknote storage unit in parallel with or during a dispensing operation. In the invention according to claim 2, the bill is fed out based on the ejection command and temporarily stored in the dispensing banknote temporary holding unit,
In a banknote dispensing machine that sends out a banknote to a dispensing port after a predetermined amount of banknotes are temporarily held, a banknote banknote storage unit that stores banknotes to be fed in a vertically stacked state, A dispensing bill dispensing means disposed at one end of the storage unit and dispensing the foremost bill one by one, and a replenishing bill which is provided so as to be able to be pulled out from the rear side of the body and which can be manually packed in a stacked state. A storage unit, a replenishment banknote transporting unit including a banknote detection unit that feeds and transports banknotes one by one from the storage unit and enables at least counting of the banknotes, and receives the replenishment banknotes transported by the transporting unit. The present invention is configured to include a replenishment bill temporary holding unit that temporarily holds and sends the temporarily stored bills to the dispensing bill storage unit at a predetermined time.

According to a third aspect of the present invention, a bill is fed out based on a throw-out command and temporarily stored in a dispensing banknote temporary holding unit, and a predetermined amount of the banknote is provided. In the banknote dispensing machine that sends out the banknote to the dispensing port after is temporarily suspended, a dispensing port is formed on the front side, and a rear operation unit for replenishing the banknote and collecting the banknote is formed on the rear side. The luggage and banknotes to be temporarily suspended are collectively transported from the temporary storage unit in the front-rear direction of the fuselage and sent to the dispensing port when transported forward, and to the rear operation unit side when transported backward. A transport path, a dispensing bill temporary holding unit that is provided above or below the transport surface of the batch transport path and temporarily holds the dispensing banknotes in an accumulation state, and is disposed below the temporary holding unit and stacks the bills in an accumulation state. Withdrawal banknote storage section to be stored and this storage 1 bill of the foremost position provided at one end of the
Dispensing banknote payout means for paying out sheets one by one, a replenishment banknote storage unit in which refillable banknotes can be manually packed in an accumulated state from the rear operation unit of the machine, and banknotes are fed one by one from this storage unit and conveyed. A replenishing bill transporting means, a bill detecting means provided in the transporting means for enabling at least counting of bills to be transported, and a bill downstream of the replenishing bill transporting means at a position below the dispensing bill temporary holding unit. A replenishment bill temporary storage unit for temporarily replenishing the replenishment bills sent from the replenishment bill transport means and sending the bills to a dispensing bill storage unit at a predetermined time; and a bill fed from the dispensing bill storage unit. Is received and raised, and a bill which has a discriminating section in the middle and is discriminated as a regular bill has a dispensing bill transport path for transporting the bill to the dispensing bill temporary holding section.

[0011] In addition to the demands of the invention described in claim 2, it is desired to reduce the width of the body, and in particular, it is desired to feed out the bill so that the longitudinal direction of the bill is the front-back direction of the body. .

The invention according to claim 4 satisfies these demands, in which bills are fed out based on a throwing command and temporarily stored in a dispensing bill temporary holding unit, and after a predetermined amount of bills are temporarily stored, the bills are In the bill dispensing machine that sends out to the dispensing port,
A body in which a dispensing port is formed on the front side and a back operation unit for bill replenishment and bill collection is formed on the back side,
From the temporary holding unit, the temporarily dispensed banknotes are conveyed collectively from the temporary storage unit in the longitudinal direction of the body so that the longitudinal direction of the bills substantially coincides with the longitudinal direction of the body, and when conveyed forward, to the dispensing port,
A collective transfer path to be sent to the rear operation unit side during transfer to the rear, a dispensing bill temporary holding unit that is provided above or below a transfer surface of the collective transfer path and temporarily holds dispensed bills in an accumulated state, A dispensing banknote storage unit that is arranged below the temporary storage unit and stores banknotes in a stacked state such that the short direction of the banknotes substantially matches the width direction of the machine, and the lowest banknote provided at the lower part of the storage unit Dispensing bill feeding means for feeding and transporting one by one in a short direction substantially matching the width direction of the machine,
A replenishment banknote storage unit that can be manually packed in a stacked state so that the longitudinal direction of the replenishment banknotes substantially coincides with the front-back direction of the aircraft from the rear operation unit of the machine, and one banknote in the longitudinal direction from the storage unit. Replenishing bill transporting means for feeding and transporting the bills one by one, bill detecting means provided in the transporting means for enabling at least counting of bills to be transported, and dispensing bill temporary holding section at a downstream position of the replenishing bill transporting means A replenishment bill temporary holding unit which is provided at a position below and temporarily holds replenishment bills sent from the replenishment bill transport means and sends the bills to a dispensing bill storage unit at a predetermined time; and the dispensing bill storage unit The banknotes which are fed out in the short direction are received and lifted along one side in the width direction of the machine, and the banknotes having the identification unit in the middle thereof are conveyed to the banknote temporary holding unit. Gold bill transport Lies in that it has a structure in which androgynous bets.

The invention according to claim 5 is intended to reduce the cost by using a plurality of sets of the dispensing bill storage unit and the replenishment bill temporary holding unit, and a set of the replenishment bill storage unit and the replenishment bill transport means. The present invention is intended to improve the replenishment efficiency by enabling replenishment of banknotes to a dispensing banknote storage unit which is not involved in dispensing.

According to a sixth aspect of the present invention, a temporary collecting section is formed near the back of the body of the collective transport path.
At the time of collection of the bills in the dispensing bill storage unit, a predetermined number of bills can be sent to the dispensing bill temporary holding unit, and a bottom portion of the collection temporary holding unit is provided each time a predetermined number of collected bills are sent to the collection temporary holding unit. A collected bill storage unit, which is configured by an openable and closable shutter and is configured to accumulate collected bills fed by a predetermined number of sheets at a lower portion of the collection temporary holding unit and to enable collection of collected bills from the rear operation unit. The present invention eliminates the necessity of taking out the collected bills from the dispensing bill temporary holding unit every time the bills are sent out, and makes it possible to collectively collect bills. Thereby, the efficiency at the time of taking out the collected bills is improved.

According to a seventh aspect of the present invention, a banknote that has been forgotten at the dispensing port can be temporarily held in the collection temporary holding unit through the collective transport path, and the banknote that has been forgotten to be withdrawn can be extracted from the rear operation unit. This is to share the space.

According to the present invention, a dispensing reject banknote collecting section is provided at a lower position of the dispensing banknote temporary holding section and at an upper position of the replenishment banknote temporary storing section, A branch portion to the dispensing reject banknote collection unit is formed in the middle part, and the dispensing reject banknote collection unit is movable to the rear operation unit side, so that the dispensing reject banknote can be taken out from the back of the machine body. It is made possible and improves operability from the back of the aircraft.

According to a ninth aspect of the present invention, there is provided a bill storage amount storage unit for storing a storage amount based on the number or the amount of money stored in the dispensing bill storage unit, and temporarily stored in the replenishment bill temporary storage unit. The replenishment bill temporary storage amount storage unit that stores the temporary storage amount based on the number of sheets or the amount, and the storage amount of the replenishment banknote temporary storage amount storage unit in relation to the storing operation of the temporary banknotes of the replenishment banknote temporary storage unit. It is configured to be added to the storage amount of the bill storage amount storage unit and stored, to prevent erroneous account and input mistakes, so that the money amount in the machine matches the actual bill storage value so that money management can be secured. It was done.

[0018]

DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be described below with reference to embodiments shown in the drawings.

FIG. 1 is a schematic longitudinal sectional view of a bill dispensing machine according to the present invention, and FIG. 2 is a sectional view taken along the line AA of FIG. 1. In particular, a customer pays bills from the front (left side in FIG. 1) of the machine. , And a staff member comes to the back side of the machine (the right side in FIG. 1) when necessary to make a bill dispensing machine for collecting and replenishing bills.

The body 1 constituting the outer shell of the bill dispensing machine has a vertically long shape with a depth, and a bill dispensing port 2 is opened at a position above the front face 1a, and the corresponding back face 1 is provided.
A collection port 3 is opened at an upper position on the b side, and can be opened and closed by a door 4. A batch transport path 5 for transporting bills to be dispensed collectively to the dispensing port 2 and stopping and holding the bills partially protruding into the dispensing port 2 is formed in an upper portion inside the body 1. Transporting device is provided. This transport device includes an upper endless belt 6 and a lower endless belt 6a,
The roller 6b is composed of rollers 29, 29,.
It also has a function of transporting bills to the collection port 3, and can collect the bills from the collection port 3.

At the position immediately below the first half of the collective transport path 5, there is provided a temporary storage unit 7 for dispensing bills, and at the position immediately below the latter half, a temporary storage unit 8 for collection, which forms the bottom of the temporary storage unit 8. The shutter 9 is provided so as to open downward by excitation of the solenoid SD and close upward by demagnetization.

A dispensing reject banknote collecting section 10 is provided directly below the dispensing banknote temporary holding section 7, and a box-shaped collected banknote storing section 11 is connected directly below the shutter 9 by a connecting section 12. A withdrawal banknote storage unit 1 for two denominations (for 1,000-yen banknotes and for 10,000-yen banknotes) is provided so as to be able to be withdrawn on the back 1b side of the banknote 1.
3 ₁ , 13 ₂ are arranged in parallel, and the 2
A replenishment banknote unit 14 is provided so as to be switchably movable to a position facing the two payment banknote storage units 13 ₁ and 13 ₂ .

Next, a specific configuration example of each of the above-described units will be described.

Since the dispensing bill storage units 13 ₁ and 13 ₂ have the same configuration, only _{one of the} dispensing bill storage units 13 ₁ and 13 ₂ will be described.
The banknotes are stored in a stacked state such that the longitudinal direction of the banknotes is the front-back direction of the machine body 1, and a replenishment banknote temporary holding unit 15 is provided at an upper part thereof. The shutter plate 16, 16
Reference numeral 16 is movable up and down as indicated by a chain line in FIG. 2 and is rotated in a timely downward direction in a timely manner so as to discharge the temporarily stored banknotes on the shutter plates 16 and 16 downward.

The replenishment bill temporary holding section 15 has left and right stiffening guides 1 for bending the both sides in the longitudinal direction of the bill upward at the entrance side so as to perforate the bill and provide straightness.
7 and 17, a holding lever 18 for holding the bills fed up, and a sensing lever 19 for sensing the presence / absence of the bills. The holding levers 18, 18 and the sensing lever 19 have upper ends on the machine frame side. It is provided pivotally. In particular each time the sensing lever 19 senses the bill, is lowered dynamic the vertical movement motor M _3-1 or M _3-2 temporization plate for or yen for yen (the shutter plate 16, 16), the escrow plate An appropriate gap is maintained on the upper bill for the next bill.

[0026] The dispensing a banknote storing unit 13 ₁ of the bill presser 20 at one side of the downward mounted for relief, housing 13 ₁ retracted out during standing, it enters the housing 13 in _one upon lodging so that the press the top surface of the bill storage portion 13 ₁ Te. The shutter plates 16 and 16 are lowered to the dashed line position in FIG. 1 in a state where the bill holder 20 is in the up and down state, and the shutter plates 16 and 16 are opened at that position to cause the temporarily stored bills to be stored on the stored bills. , Shutter plates 16, 16
Is raised to the position shown by the solid line in FIG. 1 in the open state and closed to prepare for the subsequent temporary hold.

[0027] The Repetitive outlet 21 of the bill are opened on the lower bottom portion on one side of the dispensing banknote accommodating section 13 _1, the bills on the lower bottom 1
Dispensing paper money feeding means 25 including a kicker roller 22, a feed roller 23 for feeding out one sheet at a time, a gate roller 24 opposed to the feed roller 23 to form a gate gap for passing only one banknote, and the like are provided. Subsequent to the feeding means 25, the transport path 26 (individual transport path 26 ₁ for 1,000-yen banknotes, individual transport path 26 ₂ for 10,000-yen banknotes,
6 ₃ ) is constituted by a combination of a roller and a belt, and the conveyed bills are stored in the dispensing bill storage units 13 ₁ , 13 _2.
Individual transfer path 26 ₁ from below the bottom of the, 26 fed to _2, and conveyed upward from the merging conveying path 26 ₃ through a conveying path which rises along the side of the machine body 1, the dispensing identification provided at the middle The banknotes are identified by the unit 27 and transported further upward.
The unrecognizable banknotes and the two-stacked and skewed banknotes are fed to the dispensing / rejection banknote collection unit 10 by switching the switching claw 28.

The dispensing temporary holding section 7 has a receiving plate 30 rotatably supported so that the upper portions of a plurality of rollers 29, 29... The bills are received and accumulated on the rollers 29, 29... Of the receiving plate 30, and the receiving plate 3
As the zero rises, the upper surface of the stacked banknotes is pressed against the transfer device (endless belt 6) of the collective transfer path 5 so that the banknotes are transferred collectively to the dispensing port 2 by the belt 6, the rollers 6b and the rollers 29, 29. Has become. When the temporarily stored banknotes are collected or when the banknotes are dispensed to the dispensing port 2 but are not taken out, the endless belt 6 is driven in reverse to rotate by the endless belt 6, the roller 6b, the rollers 29, 29, and the endless belt 6a. It is sent to the collection temporary holding section 8.

The pulley 31 of the endless belt 6 on the side of the dispensing port 2 is supported by the tip of a swing arm 32 and can be moved up and down according to the number of bills to be dispensed. 33 is a tension roller.

The dispensing reject banknote collecting section 10 and the collected banknote storing section 11 are integrally connected by the connecting member 12 as described above, and the guide rail 34 provided on the body 1 with the door 3 opened. As shown in FIG. 4, it is configured to be able to be pulled out to the rear surface 1 b side of the machine body 1 so that the collected bills in the collected bill storage unit 11 and the withdrawal reject bill collection unit 10 can be taken out by hand. . The banknotes in the withdrawal reject banknote collection unit 10 are taken out from the left-hand opening (the opening of the collection unit 10) as viewed from the back. Note that S
Reference numeral ₄ denotes a solenoid S which detects when 100 collected bills are sent to the collection temporary holding unit 8 at the time of collection command, and detects it.
This is a sensor for detecting a collected bill for exciting D and opening the shutter 9. In addition, the back of the collected bill storage unit 11 (FIG. 1)
The right side is opened similarly to the back side of the collection temporary holding unit 8. The collection port 3 is a collection temporary holding unit 8
The collection opening 3 is opened and closed by a door 4 from the back surface of the bill storage unit 11 to the back surface (the right surface in FIG. 1). Therefore, the collection temporary holding unit 8 is kept as it is in FIG.
By opening the door 4, the banknotes in the collection banknote storage section 11 can be taken out.

Next, the configuration of the replenishment bill unit 14 will be described.

The replenishment bill unit 14 is arranged along the guides 35 and 35 at positions facing the dispensing bill storage units 13 ₁ and 13 ₂ , respectively.
6 and a guide 37 on the back side 1b of the body 1
A replenishing box 38 provided so as to be able to be pulled out along the same, a support plate 39 which constitutes a part of the bottom of the replenishing box 38 and which can be raised by a motor, It is composed of a bill conveying means 40.

The refill box 38 includes a front wall 38a and a rear wall 38.
b, a right side wall 38c, a left side wall 38d, a bottom 38e, and an opening 38f in which the support plate 39 can move up and down,
A replenishment bill can be placed by inserting a finger for sandwiching the bill into the cutout 38g of the right side wall 38c (a part cut off leaving some right side wall 38c rising from the bottom 38e) or the opening 38f of the left side wall 38d. That is, the banknotes can be stored in an accumulated state with the longitudinal direction of the body 1 being the longitudinal direction. The middle part of the right side wall 38c on one side in the longitudinal direction is partially opened in the vertical direction, and the middle part of the left side wall 38d is fully opened. The bills are easily loaded from one of these openings. At the inner end of the replenishing box 38, a hook-shaped stopper 41 constituting a lock mechanism is provided.
Is engaged with the frame 36 and is prevented from coming off.

The replenishment bill transporting means 40 includes an endless belt 44 mounted in the front-rear direction on the upper portion of the frame 36 and capable of driving forward and reverse the bills in the replenishment box 38 one by one. A feeding roller 45 for feeding bills one by one between a gate roller 44a which is supported by the replenishing box 38 and presses the endless belt 44 to feed bills backward in cooperation with the endless belt 44, 45, rollers 44b, 44b,... Around which the endless belt 44 is wound, and rollers 4a, 45a on the lower surface side of the endless belt 44 and the roller 4 which is opposed to the upper running surface and assists the transfer of bills.
, 46 and the transport belt 46a and the endless belt 4
4 and a curved guide 47 for guiding the bills to the upper running surface side of the endless belt 44, and a bill provided rotatably at the front end position of the endless belt 44 to securely feed the bills to the replenishment bill temporary holding unit 15. an impeller 48 directed towards the infeed trailing end of the bill downward to feed, the sensor S ₁ for detecting whether a bill is fed out, the sensor S ₂ for identifying the denomination of the banknote, banknotes a sensor S ₃ for detecting that fed to replenish the paper money escrow unit 15, a switch SW _1-1 for detecting the attachment of the replenishing box 38, a replenishment box unlocking switch SW _1-2, the frame mounted switch SW _2-1 , frame lock release switch SW _2-2 , frame left / right position detection switch S
W _3-1 and SW _3-2, and a replenishment bill support plate vertical position detection sensor _Po-1 . The identification unit in FIG. 7 includes sensors S ₁ , S ₂ , and S ₃ , and outputs an identification signal when the banknote whose denomination is identified is sent to the temporary holding unit 15.
Reference _{numeral Po-2} denotes a replenishment bill presence / absence sensor, which is not operated by the detection lever 18 when there is no bill in the replenishment box 38, and detects absence of a bill. Further, the stopper 41 has a role of regulating a bill which is to be protruded rearward (to the replenishing box 38 side) from the temporary holding sections 15 and 15.

[0035] The replenishment box 38 has a support plate 39 to raise the bill is provided vertically movable by a pulse motor M ₁ when unwinding the bill as shown in the plan view of FIG. The support plate 39 has a shape that can be fitted into a notch 38f formed in the bottom portion 38e so as to support the central portion of the bill with respect to the bottom portion 38e on which the bill is placed.

Note that the dispensing bill storage units 13 ₁ , 13 ₂
Each of the temporary holding sections 15, 15 has its support plate 39, 39
The support plate position sensor P ₁ of the housing 13 _1, the support plate position sensor P ₂ of the housing 13 ₂ for thousand yen banknotes are provided for 1000 yen note for detecting the position.

FIG. 6 shows a part of the rear operation section 42. The operation lever 43 and the switch buttons SW ₁ and SW ₁ for operating the solenoid of the lock mechanism for moving the frame 36 are shown in FIG.
The switch button SW ₂ for operating the solenoid of the lock mechanism for pulling out the frame 36, the lamps L ₁ , L ₂ for notifying the operator when a different kind of bill, an unidentifiable bill or the like is detected.
Is provided.

The rear operation unit 42 can also be operated from the back of the replenishing box 38, the operation of the collection port 3, and the back of the collection banknote storage unit 8 and the withdrawal reject banknote collection unit 10. Needless to say, there is.

7 to 9 show control block diagrams, the contents of which will be described together with the operation.

At the time of ordinary dispensing, bills are dispensed one by one by operating dispensing means 25 from the dispensing outlet 21 below the dispensing bill storage units 13 ₁ and 13 ₂ required for dispensing based on the dispensing command. , The individual transfer path 26 ₁ or 26 ₂ , the merged transfer path 26 ₃ , and the withdrawal identification section 27, and the sheet is sent to the withdrawal temporary holding section 7.

When the dispensed bill is judged by the dispensing discriminating section 27 to be of a different kind, two sheets, skew, etc., the switching claw 28 is switched by the signal and sent to the dispensing reject bill collecting section 10. Is entered.

In the dispensing temporary holding section 7, when receiving bills, the receiving plate 30 is at the lowered position (the position shown by the dashed line in FIG. 1), and is sequentially deposited on the receiving plate 30. Note dispensed banknote accommodating section 13 _1, 13 ₂ in the case of dispensing a banknote from both the either have priority storage unit 13 _1, 1
Thrown from 3 ₂ earlier.

When a predetermined amount of banknotes is temporarily held and the button for approving the dispensing is pressed, the motor is driven to raise the receiving plate 30, and the upper surface of the banknotes on the receiving plate 30 is pressed against the lower surface of the endless belt 6. Due to the forward rotation of the endless belt 6, the temporarily stored banknotes sandwiched between the belt 6 and the rollers 29, 29... And the rollers 6b are collectively conveyed to the dispensing port 2, and a part of the banknotes is dispensed. It is stopped and held as a state protruding from the mouth 2.

When the banknotes are ejected to the dispensing port 2 and are not taken out for a predetermined time, the endless belt 6 is rotated in the reverse direction while the receiving plate 30 is at the raised position, and the endless belt 6 and the rollers 29, 29 are rotated. .. And the belt 6a, the banknote is sent back to the collection temporary storage unit 8 and temporarily stored. The attendant opens the door 4 and takes out the forgotten withdrawal banknote from the collection port 3 of the collection temporary holding unit 8.

Next, a replenishment operation when the replenishment command is issued when the amount of banknotes stored in the dispensing banknote storage units 13 ₁ and 13 ₂ is reduced will be described.

The state replenishing box 38 is attached to the frame body 36 is detected by the switch SW _1-1, the state where the frame member 36 is mounted on the machine body 1 is detected by the switch SW _2-1, further frame body 36 is moved to the right or left in the width direction of the machine body 1 as the positive against the housing 13 ₁ or 13 ₂ to be filled. During replenishment of yen bill has moved located on the right side in FIG. 2, detects that the switch SW _3-1 is positioned at that position turned on. In addition, when replenishing a 1,000-yen bill, the leftward movement of the frame 36 in FIG.
W _3-2 detects.

The solenoid of the locking mechanism of replenishment box 38 by the detection of the switch SW _1-1 is operated, the locking pawl is moved by the solenoid is engaged with the drawer non locked to the locking portion of the fixed side. This lock is released
Refill box lock release switch SW in the form of a button switch
_1-2 lock replenishment box 38 is released by pushing and pulling out the replenishing box 38 switch SW _1-1 is turned off, replenishing box locking mechanism is also placed in an inoperative state.

[0048] When the mounting of the frame 36 is detected by the switch SW _2-1, it operates the solenoid of the frame locking mechanism engages with the lock claw and the locking portion becomes the locked state. Release of the lock, the frame lock release switch SW _2-2 locked by pressing the is released, is pulled out of the frame 36 no longer detects the switch SW _2-1, the frame lock mechanism is in a state of inactive I will put it. The withdrawal of the frame 36 is performed at the time of maintenance. Normally, only the replenishing box 38 is withdrawn to replenish and load bills.

The operation of pulling out the replenishing box 38 when the frame 36 is pulled out (FIG. 4) is exactly the same as the operation of pulling out the replenishing box 38 from the frame 36 in the mounted state. In the above description, the driving of the lock mechanism at the position where the frame 36 moves to the left and right is inoperative except during the feeding of the replenishment bill and during the preparation for feeding. However, the lock mechanism is mechanically locked when the lock mechanism is moved right and left to face _{one of} the storage portions 13 ₁ and 13 ₂ , and the lock is released by manually operating the lever 43 described above. Then, the frame 36 can be moved right or left. If it is located to the right or left, ie switch SW _3-1
Or SW _3-2 is supplemented box 38 is filled is drawn to the bill from the frame 36 in an attached state on the condition that it is detected, when it is turned on the switch SW _1-1 and remounted frame right The drive unit (solenoid) of the lock mechanism operates to be in the locked state, and cannot be released by the lever 43.

In this case, when the replenishment of the replenishment bill is completed, the left and right locking mechanism is released by the lever 43, and the bill can be moved to a fixed position on the opposite side. When the frame 36 is located in the middle of the left and right fixed positions and remains as it is,
When both the switches SW _3-1 and SW _3-2 are in the off state, the lamp L1 is lit, and it is notified that it is necessary to manually move the lamp L1 to _one of the left and right fixed positions.

Next, the operation of replenishing bills will be described.

[0052] When pushed replenishment bills therein with drawer replenishment box 38 to Tezume in the frame body 36 in an attached state to the body 1 in the integrated state as shown in FIG. 3, the switch SW _1-1 is turned on, supplemented The box lock mechanism is locked.

[0053] The support plate 39 of FIG. 1 shows a replenishment box 38 is raised by the drive of the motor M ₁ on the basis of the refill command, banknotes uppermost actuates the sensor P _0-2 pushes up the sensing lever 18. This detection signal causes the motor M ₂ of the belt 44 to rotate forward (counterclockwise rotation in FIG. 1),
Feeding one by one by friction bills uppermost by site adjacent to 5,45 and the endless belt 44 at the gate roller 44a, the feed will detect sensor S ₁ is gold by the sensor S ₂ in yet upper surface of the endless belt 44 The seeds, skew, double stacking, etc. are detected, and the banknotes determined to be normal proceed straight as they are, are fed onto the support plate 16 of the replenishment banknote temporary holding unit 15, and are stacked. Sensor S ₃ detects that the bill is fed onto the support plate 51.

[0054] When Repetitive out bill is determined to foreign denomination banknotes, once it stops the endless belt 44 of the replenishing bill conveying means 40 by the signal, supporting the motor M ₁ of the support plate 39 is rotated by a predetermined pulses The plate 39 is lowered by a predetermined amount, and then the endless belt 44 is reversed to return the foreign currency banknote and the next banknote to the replenishing box 38, and then the frame 36 is moved to the left and right to move the other metal bill. The banknote is then placed in the seed storage unit, and then the support plate 39 is raised, and the bill is fed out again and fed into the temporary storage unit 15 of the storage unit.

[0055] The sensor S ₂ is skewed banknote, the two-ply when it is determined that the unrecognizable bills of the paper money or the like, the same manner as described above normal rotation is stopped the endless belt 44, the support plate 39 is a predetermined number of pulses falling Then, the banknote that the endless belt 44 has rotated and started and the detected banknote are returned to the replenishing box 38 together. Then the support plate 49 is feeding endless belt 44 is again driven to rotate forward with rising, fed to the temporary holding section 15 if it is determined sensor S ₂ is normal. If, for example, the above operation is repeated three times, the skewing and the overlapping of the two sheets are not eliminated, the machine is brought down, the abnormal bills are removed from the refill box 38, and the operation is restarted.

In the replenishment bill temporary holding section 15, the tip end of the bill fed into the holding section as described above is fed by the impeller 48, and both side edges in the feeding direction (longitudinal direction) of the bill are formed. It is gradually bent upward by the stiffening guides 17, 17 and is fed in a state in which the stiffness is given in the longitudinal direction and the straightness is given, and the satisfactorily accumulated. The tip after being sent in is held down by the holding lever 18.

The replenishment box 38 of the replenishment bill unit 14
When the replenishment bills are exhausted, the sensor R _0-2 is not operated by the sensing lever 18 even if the support plate 39 is raised, and the motor M _{2 of the} endless belt 44 stops when it is determined that the feeding is completed after a predetermined time has elapsed. motor M ₁ of the support plate 39 is reversed, the support plate 39 is the motor M ₁ after stopping stops lowered into position with.

Next, the collection temporary holding unit 8 and the collection bill storage unit 1
The control with FIG. 1 (FIG. 9) will be briefly described. For example, when 100-yen banknotes are stored in the withdrawal temporary holding unit 7 by inputting a 1000-yen banknote collection command from a controller (not shown), the machine 1 A batch transport path reversal command is issued in the inside, and the banknotes are sent to the collection temporary holding unit 8 collectively.

[0059] When receiving sensor S ₄ recovery escrow unit 8 detects the feeding of the bill, the shutter 9 is opened downward by the driving of the solenoid SD, bills was on its housing in the lower part of the recovery bill storage portion 11 Is done. Thereafter, the solenoid SD is demagnetized, the shutter 9 is closed, and the state returns to the temporary holding state.

The next 1,000-yen banknote is fed out one by _one from the withdrawal banknote storage unit 131 for 1000 yen, and is accumulated in the withdrawal temporary holding unit 7. When the number reaches 100, the same operation as described above is performed. The paper is sent to the collection temporary holding unit 8, the shutter 9 opens, and is stored in the collection banknote storage unit 11.

In this way, 5
When 00 bills are stored, the bills are collectively removed from the collection port 3 on the rear surface 1b of the body 1. For this removal, the collected bill storage unit 11 may be pulled out to the rear of the machine body 1 as shown in FIG.

It is to be noted that the number of banknotes temporarily held temporarily is 1
If the number does not reach 00, for example, if it is 35, the dispensing identification unit 27 counts 35, and if the subsequent bill is not detected even after a predetermined time has elapsed, the same as the case of 100 bills Is sent to the collection temporary holding unit 8. However, in this case, the shutter 9 is kept closed.

In the case described above, 35 bills may be taken out and collected from the collection temporary holding section 8, or the shutter 9 is opened by pressing the shutter manual release switch SW ₄ (operable only for a fractional number of sheets) to collect. You may make it unite with the banknote in the banknote storage part 11, and may collect it.

It is possible to collect 10,000 yen bills in the same manner as 1,000 yen bills.

FIG. 8 shows the details of the control of the control unit 70. As shown in FIG. 7, the control unit 70 also controls the number of sheets or the amount of money stored in the payout bill storage units 13 ₁ and 13 _2. Bill storage amount storage units 71, 71 'for storing storage amounts
A replenishment bill temporary storage number storage unit 72, 72 'for storing the replenishment bill temporary storage amount based on the number of sheets or the amount of money temporarily stored in the replenishment bill temporary storage unit 15; The replenishment banknote temporary storage number storage unit 7 is stored by the storage command 1 or 2 related to the storage operation of
2, 72 'are stored in the bill storage amount storage units 71, 7
1 'is added to the storage amount and stored.

The discriminating section is constituted by the sensors S _{1 to} S ₃ as described above, and adds the bill amount to the temporarily stored number storage sections 72, 72 ′ of 1,000 yen bills or ten thousand yen bills. The payout signal of the 1,000 yen bill or the ten thousand yen bill is a signal for subtracting the amount from the storage amount storage unit of the one thousand yen bill or the ten thousand yen bill.

The storage command 1 or 2 is obtained by using any signal such as a lowering command for storing the shutter plates 16, 16, a command to reach the lowered open position, and detection of opening of the shutter plates 16, 16. Is also good. Further, the shutter plate 16,
The open position 16 is a fixed position shown by a one-dot chain line in FIGS. 1 and 2, but depending on the storage amount, another position slightly higher than this may be set as the fixed position and the open position may be set at two positions.

FIGS. 10 and 11 show another embodiment of the present invention. The portions corresponding to those of the embodiment shown in FIGS.

The dispensing bill storage units 13 ′ ₁ , 13 ′ ₂
The banknotes P are aligned and stacked on the mounting plate 60 in the forwardly inclined posture in the forwardly inclined standing posture, and the holding plate 59 is provided at the front end thereof.
And a feeding means 25 'for feeding the banknote P downward along the holding plate 59, and the feeding means 2 for feeding the banknote P backward.
There is a pressing plate 61 for urging to 5 ', and the pressing plate 61 is adapted to move following the feeding of the banknote by the motor M. The pressing plate 61 is capable of retreating downward from the placing plate 60 and has a placing plate. After moving to the rear end of 60 (the right end in FIG. 10), it is possible to ascend.

The dispensing bill storage units 13 ′ ₁ , 13 ′ ₂
Are arranged in a vertical positional relationship, and these storage portions 13 '
Behind ₁ , 13 ′ _2, a replenishment banknote temporary holding section 15 ′ is provided on a frame 36 ′ so that it can be located on an extension of the placing plates 60, 60 of the upper and lower storage sections. Are raised and lowered by a motor so as to take the two positions.

The replenishment bill temporary holding section 15 ′ has a low-height protrusion 64 protruding from the front end of the mounting plate 63, and a pressing piece 65 above the protrusion 64 and above the rear portion. Are provided with holding pieces 66 which can be moved back and forth and retreat upward when necessary.

A replenishing box 38 'is provided below the frame 36'. The replenishing box 38 'can be pulled out from the body 1' rearward as shown by a two-dot chain line. A replenishing bill transporting means 40 'for feeding the bills P one by one from the lower part of 38' and transporting the bill P to the back of the presser piece 65 of the replenishing bill temporary holding unit 15 'is provided. sensor S _'2 is provided for identifying the. For other configurations, only portions common to FIG. 1 are denoted by reference numerals with dashes.

Next, the operation will be described with reference to FIG.

At the time of bill replenishment, the bill P is fed out of the replenishment box 38 'of the replenishment bill storage part 14', and is sent to the replenishment bill temporary storage part 15 'between the holding piece 65 and the holding piece 66 to be temporarily stored. Is done. At this time, the banknote P is held between the holding piece 65 and the holding piece 66 with looseness, and each time the banknote P is fed, the holding piece 66 retreats by a required amount by the pulse motor and always maintains a fixed holding state. . The state of the stored bill at that time is shown in FIG.

The temporarily stored bills are transferred to the dispensing bill storage unit 1.
3 'when accommodating to _2, the frame 36' is held between strips 66 After a flush and a plate 63 mounting the mounting plate 60 by moving the forward by driving the motor, pressing pieces 65 and the holding piece strongly hold the banknotes P between 66, then moved forward together with the pressing piece 65 of the banknote P by the movement of the clamping pieces 66, the pressing piece 65 reaches the top of the dispensing banknote accommodating section 13 _'2 of the press plate 61 Then, the motor for moving the holding piece 66 stops. Thereby, the front end of the temporarily stored banknote hits the pressing piece 65 and the pressing plate 61,
The rear end is pressed by a holding piece 66 (FIG. 11B).

Next, the pressing plate 61 is moved backward and moved backward. As a result, the storage section 13 ' ₁
The banknotes P are held between the holding plate 59 and the holding piece 65, and the temporarily stored banknotes are held between the holding piece 65 and the holding piece 66 (FIG. 11C).

Next, the holding piece 65 retreats upward, whereby the temporarily stored bills are united with the stored bills, and these bills are clamped by the holding plate 59 and the clamping piece 66 (FIG. 11).
(D)). Subsequently, the pressing plate 61 rises and moves forward to press the back of the stored banknote, and the state shown in FIG.

Finally, the holding piece 66 moves backward, and the pressing piece 6
5 also moves downward after retreating at the ascending position, and returns to the home position when the holding piece 65 hits the holding piece 66. At this time, the holding piece 65 is at the position shown in FIG. 11A when the mounting plate 60 and the mounting plate 63 are flush (the frame 36 'is raised), and the holding piece 66 contacts the pressing piece 65. It is the position where it touched. Thus replenishment operation of the bill to refill banknote storing portion 13 _'2 is completed. The moves raised 'frame 36 at the time of recruitment to _1' supplemented banknote storing portion 13 of the upper position, refilling is carried out by the same action.

[0079] As the 'dispensing identification unit 27 out Repetitive one by one by' the feeding means 25 from the dispensing banknote accommodating section 13 _'1 or 13' ₂ to be dispensed for dispensing, dispensing escrow unit 7 ', the sheet is temporarily stored, and at the time of withdrawal, the endless belt 6' of the collective transport path 5 'is driven in a normal rotation to be sent out to the dispensing port 2'.

The collection of the forgotten banknotes and the collection of the collected banknotes are performed from the collection port at the rear end of the collective transport path 5 '.

Note that a dispensing banknote storage section and a replenishment banknote temporary storage section are provided thereon, and a plurality of the banknote storage sections are provided in the machine body width direction, but are stored so that the front-back direction of the machine body is the longitudinal direction of the banknote. Therefore, the width of the body can be reduced, which is preferable.

Further, the replenishment bill conveying means is fed in the direction of the back of the machine body, then conveyed to the front of the machine body and identified in the meantime, and is sent to the replenishment bill temporary holding section in front of the machine body. This is shorter than a conventional transport route, which is effective in reducing space.

The rear operation unit is provided with the replenishment bill unit 1
For the part 4, the entire widthwise movement area is open, and the door 4
The other area is also open to the rear in other parts, but it is needless to say that the present invention is not limited to this. For example, a rear cover may be provided or a door may be provided in a necessary part.

[0084]

As described above, according to the present invention, when replenishing bills to be dispensed into the dispensing bill storage section, the bills are fed out of the replenishment bill storage section one by one, counted, and then stored. The replenishment amount (amount or number of sheets) can be accurately grasped at the time of replenishment, eliminating the uncertainty of the money remaining in the machine due to input errors as in the past, because it is sent to the temporary storage part of the department can do.

According to the second aspect, the temporary operation for replenishment can be performed irrespective of the operation for dispensing, and the storing operation of the temporarily stored banknotes can be performed quickly, so that the machine can be operated without pause. It is easy to cause the inconvenience to the user.

[Brief description of the drawings]

FIG. 1 is a schematic longitudinal sectional side view showing one embodiment of a banknote dispensing machine according to the present invention.

FIG. 2 is a sectional view taken along line AA of FIG.

FIG. 3 is a side view showing a state in which a replenishing box of the replenishing bill storage unit in FIG. 1 is pulled out.

FIG. 4 is a side view showing a state where the frame and the replenishing box are drawn out.

FIG. 5 is a plan view of a refill box.

FIG. 6 is a front view showing a part of the back operation unit as viewed from the back.

FIG. 7 is a control block diagram.

FIG. 8 is a control block diagram.

FIG. 9 is a control block diagram.

FIG. 10 is a schematic longitudinal sectional side view showing another embodiment of the banknote dispensing machine according to the present invention.

11A to 11D are explanatory diagrams of the operation of FIG.

[Explanation of symbols]

1,1 'body 2 paying port 3 recovery opening 5 bundle conveyance path 7 dispensing banknote escrow unit 8 recovered escrow unit 9 shutter 10 dispensing reject banknotes collecting unit 11 collecting banknote storing section 13 _1, 13 _2, 13' ₁ , 13 ' ₂ Dispensing bill storage unit 14, 14' Replenishment bill unit 15, 15 'Replenishment bill temporary holding unit 25, 25' Dispensing bill bill feeding means 27, 27 'Dispensing identification unit 36, 36' Frame Body 38, 38 'Replenishment box 40, 40' Replenishment bill transport means

Continued on the front page (72) Inventor Mitsuo Nishida 1-31-1 Shimoteno, Himeji City, Hyogo Prefecture Inside Glory Industry Co., Ltd. (72) Inventor Tsugio Mizosoji 1-3-3 Shimonoteno, Himeji City, Hyogo Prefecture No. 1 Inside Glory Industries Co., Ltd. (72) Inventor Mitsuji Iwamura 1-3-1 Shimoteno, Himeji-shi, Hyogo F-term inside Glory Industries Co., Ltd. 3E001 AA07 AB01 AB03 BA02 CA06 DA10 FA05 FA06 FA11 FA77 3E040 AA01 BA01 CA04 CA05 CA16 FB01 FC03 FC07 FE01 FF09 FG05 3F100 AA06 BA06 CA03 CA14 DA01 DA08 EA01

Claims (9)

[Claims] A bill dispensing machine for dispensing bills based on a dispensing command, temporarily suspending the bills in a dispensing bill temporary holding unit, and temporarily storing a predetermined amount of bills, and then sending the bills to a dispensing port. A dispensing bill storage unit for storing dispensing bills to be dispensed in an accumulated state, dispensing bill dispensing means disposed at one end of the storage unit for dispensing the frontmost bill one by one, A replenishment banknote storage unit that can be pulled out from the back side and can be manually packed in a stacked state, and a banknote detection unit that feeds out and transports banknotes one by one from this storage unit and counts at least the banknotes Means for replenishing bills, and a replenishing bill temporary holding unit for receiving the replenishment bills transported by the transporting means, temporarily storing the replenished bills, and sending the temporarily stored bills into the dispensing bill storage unit at a predetermined time. Bills characterized by Machine. 2. A bill dispensing machine for dispensing bills based on a dispensing command, temporarily suspending the bills in a dispensing bill temporary holding unit, and temporarily storing a predetermined amount of bills and then sending the bills to a dispensing port. A dispensing bill storage unit for storing dispensing bills to be dispensed in a vertically stacked state, dispensing bill dispensing means disposed at one end of the storage unit and dispensing the foremost bill one by one; and A replenishment bill storage unit provided so as to be able to be pulled out from the rear side of the machine and capable of being manually packed in a stacking state, and bills being fed out of the storage unit one by one and conveyed to count at least the bills. Replenishing bill transport means provided with a bill detecting means for receiving, and a replenishing bill temporary holding unit for receiving the replenishing bills transported by the transport means, temporarily storing the bills, and sending the temporarily stored bills into the dispensing bill storage unit at a predetermined time. And characterized by having That banknote dispensing machine. 3. A bill dispensing machine for dispensing bills based on a dispensing command, temporarily suspending the bills in a dispensing bill temporary holding unit, and temporarily storing a predetermined amount of bills and then sending the bills to a dispensing port. A machine in which a dispensing opening is formed on the front side and a back operation unit for bill replenishment and bill collection on the back side is formed, and dispensing bills temporarily stored are collectively transferred from the temporary storage unit to the machine unit. A batch transport path that is transported in the front-rear direction and is sent to the dispensing port when transported forward and to the rear operation unit side when transported backward, and a dispensing bill provided above or below a transport surface of the batch transport path. Dispensing banknote temporary storage unit that temporarily stores the banknotes in the accumulation state, a dispensing banknote storage unit that is arranged below the temporary storage unit and stores the banknotes in the accumulation state, and the foremost one provided at one end of the storage unit. Withdrawal banknote feeding means for feeding banknotes one by one A replenishment banknote storage unit in which replenishment banknotes can be manually packed in an accumulated state from the rear operation unit of the body, a replenishment banknote transport unit that feeds and transports banknotes one by one from the storage unit, and is provided in the transport unit. Bill detecting means for enabling at least counting of bills being conveyed,
At the downstream position of the replenishment bill transporting means, disposed below the dispensing bill temporary storage unit, the replenishment bills sent from the replenishment bill transporting means are temporarily retained, and the bills are dispensed at a predetermined time in the dispensing bill storage unit. Replenishment bill temporary holding unit to be sent to, and accepts and raises the bill fed from the dispensing bill storage unit.A bill that has an identification unit in the middle and is identified as a regular bill is sent to the dispensing bill temporary holding unit. A bill dispensing machine comprising a dispensing bill transporting path for transport. 4. A bill dispensing machine for dispensing bills based on a dispensing command, temporarily suspending the bills in a dispensing bill temporary holding unit, and temporarily storing a predetermined amount of bills and then sending the bills to a dispensing port. A machine in which a dispensing port is formed on the front side and a back operation unit for bill replenishment and bill collection on the back side is formed, and dispensing bills temporarily stored are collectively collected from the temporary storage unit. A batch transport path for transporting the fuselage in the longitudinal direction so that the longitudinal direction thereof substantially coincides with the longitudinal direction of the fuselage and sending the same to the dispensing port when transporting forward and to the rear operation unit side when transporting backward; A dispensing bill temporary holding unit that is provided above or below the transport surface of the route and temporarily holds the dispensing bills in an accumulated state, and the short direction of the bills disposed below the temporary holding unit is substantially equal to the width direction of the machine body. For withdrawal that stores banknotes in a stacked state so that they match A bill storage unit, a dispensing bill delivery unit provided at a lower portion of the storage unit, for delivering and transporting the lowest bill one by one in a short direction substantially coinciding with a width direction of the machine, and a rear operation of the machine The replenishment bills can be hand-packed in a stacked state so that the longitudinal direction of the replenishment bills substantially coincides with the front-rear direction of the machine body, and the bills are fed out and transported one by one from the storage section in the longitudinal direction. A replenishing bill transporting means, a bill detecting means provided in the transporting means for enabling at least counting of bills to be transported, and a bill downstream of the replenishing bill transporting means and arranged below the dispensing bill temporary holding unit. A replenishment bill temporary holding unit that temporarily holds the replenishment bills sent from the replenishment bill transport means and sends the bills to the dispensing bill storage unit at a predetermined time, and in a short direction from the dispensing bill storage unit. Fed paper And a dispensing bill transporting path for transporting the bill identified as a legitimate banknote having a discriminating section in the middle thereof along the width direction one side of the machine body and conveying the bill to the dispensing bill temporary holding section. A bill dispensing machine characterized by the above. 5. A plurality of sets of the dispensing banknote storage section and the replenishment banknote temporary storage section, and a replenishment banknote storage section and a replenishment banknote conveyance means are provided as one set. A lock mechanism that is provided integrally with the two frame bodies and is configured to be manually movable, and a lock mechanism that restrains the movement of the frame body at a position where the replenishment bill transport unit faces the replenishment bill temporary holding unit, and the lock mechanism. The bill dispensing machine according to claim 3 or 4, further comprising unlocking means for releasing. 6. A collection temporary holding section is formed near the back of the machine body of the batch transport path, and a predetermined number of bills can be fed into the payment banknote temporary holding section when collecting the banknotes in the payment banknote storage section. The bottom of the collection temporary storage unit is constituted by an openable and closable shutter that is opened each time a predetermined number of collected banknotes is sent to the collection temporary storage unit. The banknote dispensing machine according to any one of claims 3 to 5, further comprising a collected banknote storage unit configured to collect the collected banknotes from the rear operation unit and to collect the collected banknotes. 7. A banknote that has been forgotten to be withdrawn at a dispensing port can be temporarily held in a collection temporary holding section through the collective transport path, and a banknote that has been forgotten to be withdrawn can be taken out from the rear operation section. Banknote dispensing machine as described. 8. A dispensing reject banknote collecting section is provided at a lower position of the dispensing banknote temporary holding section and at an upper position of the replenishment banknote temporary storing section, and the dispensing reject banknote is provided at an intermediate portion of the dispensing banknote transport path. A diverging part is formed to a bill collecting part, and the dispensing reject bill collecting part is movable to the rear operation part side so that the dispensing reject bill can be taken out from the back of the machine body. 6. The bill dispensing machine according to 6. 9. A bill storage amount storage unit for storing a storage amount based on the number or amount of money stored in the dispensing bill storage unit, and a temporary storage based on the number of sheets or money temporarily stored in the replenishment bill temporary storage unit. The replenishment bill temporary storage amount storage unit that stores the reservation amount, and the storage amount of the replenishment banknote temporary storage amount storage unit in relation to the storage operation of the temporary storage banknotes of the replenishment banknote temporary storage unit. The banknote dispensing machine according to any one of claims 1 to 8, wherein the banknote dispensing machine is configured to add the storage amount to the storage amount.