JPH0194494A - Paper money outgoing apparatus - Google Patents

Abstract

PURPOSE: To allow a paper money paying machine configured integrally to count automatically bundled paper moneys and unbundled paper moneys and to pay out the paper moneys by counting required number of bundled paper moneys from a bundle pay-out section provided aside an unbundled paper money pay-out section while counting required unbundled paper moneys and paying out them, clamping them removably, carrying them and paying out them at a bundle paying port. CONSTITUTION: Bundle pay-out sections 2, 3 are provided aside an unbundled paper money pay-out section 1. A required number of paper money bundles are counted among plural paper money bundles contained in the bundle pay-out sections 2, 3 according to a money pay-out command monetary amount and clamped removably by a clamp mechanism 63 provided in a carrying mechanism 62 and carried and paid out at a bundle pay-out port 64. Furthermore, required number of paper moneys contained in the unbundled paper money pay-out section 1 is paid out one by one each by a pay-out mechanism contained in the unbundled paper money pay-out section 1, required unbundled paper moneys are counted and carried to a money paying port 14, from which the paper moneys are paid out. Thus, the bundled paper moneys and the unbundled paper moneys are counted automatically by the money paying machines integrally configured and paid out.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to a banknote dispensing machine, and particularly to a banknote dispensing machine that can count and dispense a required number of bundled banknotes and loose banknotes.

``Prior art'' As an example of a coin dispensing machine that was constructed by adding a bundle dispensing function to a bulk coin dispensing machine, the Utility Model Act 61-270 was introduced.
There is one described in Publication No. 16.

When the withdrawal data is entered manually, this data is converted into the number of coins, and when it is necessary to withdraw East Coins, the teller can unlock the East Coins storage section and take out the East Coins. This is what I made it possible to do.

In addition, as an example of a machine that has a function to dispense only bundles of banknotes, there is a machine described in Japanese Patent Application Laid-Open No. 57-81 (No. 392). A box-shaped bill ejection machine, which has a small door for discharging bills and a large door that opens almost the entire surface for loading bills, is installed in the space between the bottom of the teller counter and the teller desk, and takes out only the bills. It has been made possible to do so.

"Problems to be Solved by the Invention" However, in the machine described in Utility Model Publication No. 61-27016, when dispensing bundles of banknotes, the machine has a storage box so that the teller can take out the necessary bundle. The banknotes simply fly forward automatically, and the teller has to count and take out the bundle of banknotes from the storage box, which is inefficient and inconvenient.

Furthermore, the method described in the above-mentioned Japanese Patent Application Laid-open No. 57-81692 only dispenses bundles of banknotes, but does not deal with loose coins. It was inconvenient that money could not be withdrawn automatically.

The present invention solves the problem of conventional dispensing machines having more than one number, and provides a bill dispensing machine that can automatically count and dispense bundles of banknotes and loose bills using an integrated dispensing machine. The purpose is to provide opportunities.

"Means for Solving Problems" The present invention has the following configuration in order to achieve the above object. That is, a feeding machine that feeds out the required banknotes stored in the machine body one by one, a transport mechanism that counts the required banknotes fed by the feeding mechanism and transports them to a withdrawal port, and a banknote that is transported by the transport mechanism. A banknote dispensing machine equipped with a dispensing port that allows banknotes to be withdrawn, an east storage section that stores a plurality of banknote bundles, and a transfer that counts the required banknote bundles in the bundle storage section and transfers them to the east dispensing port. a mechanism and the transfer machine (equipped with a clamping mechanism installed at the first turn and removably clamping a bundle of banknotes to be transferred to the east exit and dispensed from the east exit, and adjacent to the banknote dispensing machine; +1 consists of the unbundling machine and an east unloading section provided integrally with the unloading machine.

"Operation" Depending on the instructed withdrawal amount, a clamp machine (1 (2) removably clamps and transfers the banknotes, and withdraws the banknotes to the bundle outlet. At the same time, the required loose banknotes stored in the bulk dispensing machine are fed out one by one by the feeding mechanism, and the required loose banknotes are counted and conveyed. The banknotes are transported to the payout port by tank A, and the required loose banknotes are dispensed to the payout port.

"Embodiment" Hereinafter, an embodiment of the banknote dispensing machine of the present invention will be described based on FIGS. 1 to 3.

FIG. 1 is an outside view of the banknote dispensing machine, and this banknote dispensing machine is composed of a dispensing machine (bill depositing and dispensing machine) 1 and east dispensing sections 2 and 3 provided on both sides thereof.

First, an outline of the entire mechanism of the unbalancing machine 1 will be explained based on FIG. 3.

The dispensing machine 1 of this embodiment reuses and circulates only [10,000 yen notes] out of deposited banknotes as withdrawal banknotes.

If there is a deposit command, the deposit 0 set in the aircraft 11
The shutter 13 of the device g112 is activated and the deposit/withdrawal port 14 is released from the UFJ. When a deposit is received, the banknote is held down by a banknote holding mechanism (not shown) and an appropriate repulsive force is applied.
The deposited banknote feeding mechanism 15 feeds out banknotes one by one, and the deposited banknotes pass through the introduction section 1G to the discrimination route 17.
and transported to the discrimination section 18. The banknotes discriminated by the discrimination section 18 are sent to the common route 20 by the first bank 19.
You will be guided to.

The banknotes that are identified as [true] in the verification unit 18 are guided to the collection route 22 by the second fork 21, and
The user is guided to the ejection route 23 of the banknote that has been identified as [fake]. The banknotes on the collection route 22 are transferred to the banknote transfer device 24.
A part of the accumulation and transfer mechanism 26 is accumulated one after another on the mounting plate 27 by the temporary storage accumulation car 25 in the temporary storage accumulation vehicle 25 , and is also sent to the banknote beam diectro 28 on the reject route 23 .

After the banknotes on the mounting plate 27 are transferred to above the deposit/withdrawal port 14, they are dropped onto the deposit/withdrawal port 14 again, and are conveyed to the discrimination route 17 by the deposited banknote feeding mechanism 15.

The banknotes that are identified as [10,000 yen notes] in the discrimination section 18 are guided to the deposit route 29t by the first relay 19, and are stored in the recycle banknote storage via the recycle banknote collection vehicle 31 by the third fork 30. Bills other than ten thousand yen notes are guided to the deposited bill storage device 33 by the third fork 30 and stored in the deposit box 35 by the deposited bill storage stacking car 34.

On the other hand, when there is a withdrawal command, the [10,000 yen note] is sent out from the recycled banknote storage section 32 to the withdrawal route 37 by the recycled banknote feeding device 36, and the [10,000 yen note]
Other banknotes (for example, 1,000 yen notes) are prepared in advance in the payout banknote storage device 38 and sent out to the payout route 37 by the payout banknote feeding mechanism 39. These bills for withdrawal are detected to be double-feeded during the process, and if an abnormality is detected, the banknotes are sent to the fourth fork 40,
The money is returned to the deposit box 35 in the deposited banknote storage device 33 by the deposit route 29 and the third fork 30, and if there is no abnormality, it is transported from the fourth fork 40 to the common route 20, and then transferred to the collection route 2 by the second fork 21.
2, the banknote receivers are stacked one after another on the stacking plate 27 of the stacking and transferring 'a h■ 26 by the temporary storage stacking car 25 in the passing device 24, and after the required amount has been stacked, the bill receiving mechanism 26 Activate it and drop it into the public pot entrance 14,
By opening the shutter 13, the banknotes can be taken out as disbursed banknotes. The common route 20 is...
1 is made up of a horizontal conveyance section 20a and an elevated conveyance section 20b, which are provided so as to extend the discrimination route 17.

1) The jI-recorded payment route 37 is provided at its front end with a recirculation banknote dispensing device 36 and a dispensing banknote dispensing mechanism 39, which are provided in the recirculation banknote storage section 32 and the dispensing banknote storage device 38, respectively. In addition, a sensor for detecting double-bill feeding, etc. and a sensor for counting (both not shown) are installed at intermediate positions to count and transport the bills to be dispensed. At the end, there is a transport section 4! is connected.

This allocated amount is transferred to the 11th end of the ascending conveyance section 20b on the common route 20 and the depositing route 2.
The fourth fork 40 provided at these connecting portions distributes and sends out banknotes to either the common route 20 or the deposit route 29. . Note that Nakano No. 42 in FIG. 3 indicates casters that support the aircraft II in a movable manner.

Next, the bundling sections 2.3 on both sides of the unbundling machine 1 will be explained. In addition, since the east exit part 2 and the east exit part 3 are constructed in a symmetrical state in FIG. 1, the east exit part 3 will be explained, and the explanation of the east exit part 2 will be omitted.

In FIG. 2, reference numeral 51 denotes a frame body on which partition walls 52, 53, 54, and 55 are provided in an upright state. This frame 51 has partition walls 52
．． 53, a pair of glue rods 711%56.56 are spaced apart horizontally and parallel to each other, and a pair of lift bars 57, 57 are spaced apart horizontally and parallelly between the partition walls 53,54. Further, a pair of lift pallets 58,58 are provided horizontally and parallel to each other and spaced apart between the partition walls 54,55. A pair of lift rods 56, 56° A pair of lift rods 57, 57. A pair of lift rods 58° 58 are respectively oriented in the left-right direction in FIG.
(not shown) (which is part of the transfer mechanism), and can be moved up and down in a horizontal state by this lifting/lowering Iff. Further, the pair of lift bars 56, 56, the pair of lift bars 57+, 57, and the pair of lift bars 58, 58 are adapted to move up and down independently for each pair of lift bars.

A predetermined number of [10,000 yen notes] are placed on a pair of lift bars 56.56.
A plurality of ten thousand yen bill bundles 59 made up of banknotes aligned and bundled are placed horizontally.

Also, on the pair of lifts 57, 57 are a plurality of [5,000 yen bill bundles I] made up of a predetermined number of [5,000 yen bill] banknotes tied together.
GO is placed horizontally.

Moreover, on the pair of lift bars 58, 58, a plurality of [1,000 yen bill bundles 161] made up of a predetermined number of [1,000 yen bill] banknotes are arranged and bundled.
h<+1! It is placed in a horizontal position.

On the other hand, a transfer mechanism 62 is provided above the frame 51. A clamp mechanism 63 for clamping the banknote bundle is provided in the transfer mechanism 62 in a hanging shape. The transfer mechanism 62 moves in the front and back direction of the fuselage 11 (the left and right direction in FIG. 2).
The clamp machine +1■63 can be horizontally transferred to the east exit section 3 to transport the clamped banknote bundles.
It serves to transfer money to the east outlet 64 provided at the top of the bank and withdraw money.

The clamp n++'& 63 is located slightly above the top of the frame 51, and the clamp n++'& 63 is located slightly above the top of the frame 51, and is attached to the [bundle of ten thousand yen notes] 5 at the top of the frame 51.
9 or [5,000 yen bill bundle] 60 or [1,000 yen bill bundle] 61 can be releasably clamped and hung.

In addition, at a predetermined location inside the fuselage 11, there is a Moeki transport machine! +16
detecting the bundle of banknotes transferred to the east outlet 64 by 2;
A counting sensor is provided that sends the detection signal to a control section, which will be described later.

In addition, each machine 11■ for bulk delivery +at and east delivery part 2.3
is controlled, for example, by a control unit (not shown) provided on the side of the unbalanced machine l, and the control is operated based on a signal from the teller's machine operated by the teller.

Next, the operation of the banknote dispensing machine configured as above will be explained. Note that the deposit process has already been briefly described, so the description will be omitted, and the withdrawal process will be explained.

First, place [a bundle of 10,000 yen notes] 59, [a bundle of 5,000 yen notes] 60. [1,000 yen bill bundle] 61 is filled, the loose bills are taken into the bulk dispensing machine l, and the recycled bill storage section 32 is loaded with [
In a state where bills other than [10,000 yen bills] are stored and bills other than [10,000 yen bills] are stored in the dispensing bill storage device 38, a teller (operator) selects a banknote of 0 denomination, etc. When a withdrawal is designated from an operation unit (not shown), the transfer machine hlf62 is activated in accordance with the withdrawal designation, moves the clamp mechanism 63 above the desired bundle of banknotes in the frame 51, and stops it. Next, the lifting mechanism operates, and the clamping mechanism 63
The banknotes below, that is, the frame 5! The lift bar supporting the required bundle of banknotes within the bank is raised, and the required banknotes are lifted via this lift bar.

Then, this banknote bundle is clamped by clamp +[63. Then, the transfer mechanism 62 transfers the required bundle of banknotes to the east outlet 64 via the clamp machine groove 63 again. At this point, the clamp mechanism 63 unclamps the banknote bundle, making it possible to take out the clamped banknote bundle. The above operation is the required [
Bunch of 10,000 yen notes] 59° [Bundle of 5,000 yen notes] 60. This will be carried out sequentially for [1,000 yen bill bundles].

Next, the withdrawal of loose banknotes will be explained. A controller (not shown) determines whether or not it is necessary to withdraw loose banknotes according to the designated withdrawal amount, and if it is determined that it is necessary to withdraw loose banknotes, the controller (not shown) will issue an instruction to withdraw loose banknotes. It is determined whether or not there is a withdrawal instruction for [10,000 yen notes], and if it is determined that there is a withdrawal instruction, the recycle banknote feeding device 36 in the recycle banknote storage section 32 is driven to withdraw the recycle banknotes. One by one, it dispenses ten thousand yen bills according to the instructions.

Next, the banknotes sent out from the recycle banknote storage section 32 are conveyed through the dispensing route 37.

Then, in the dispensing route 371, a sensor (not shown) counts the conveyed banknotes and checks for conveyance abnormalities such as double-bill feeding, and if it is determined that a conveyance abnormality has been detected, the third fork 30, the deposit route 29 and the deposited banknote storage device 33 are kept connected, and by the action of the fourth fork 40, the banknotes with conveyance abnormality are conveyed to the third fork 30 side through the deposit route 29, and the third fork The banknotes that have reached the 30th position are stored in the deposit box 35 via the deposited banknote storage stacking car 34.

If it is determined that no conveyance abnormality is detected in the withdrawal route 37, the common route 20 and the accumulation route 22 are kept connected by the second fork 21, and the fourth fork 40 operates to transfer the banknotes to the common route. Route 2
0 to the stacking route 22 , the bill is transported along the stacking route 22 , and the bill receiver stacks it on the placement plate 27 of the passing device 24 .

Here, it is determined whether or not the withdrawal of the [10,000 yen note] according to the withdrawal instruction has been completed, and if it is determined that the withdrawal has been completed, it is determined whether or not the withdrawal of the [1,000 yen note] is necessary. If it is determined that this is necessary, the dispensing bill payout mechanism 39 in the dispensing bill storage device 38 is driven, and the [
Thousand yen bills are fed out one by one from the payout bill storage device 38.

Then, the banknotes sent out from the payout banknote storage device 38 are conveyed through the payout route 37, and passed through the common route 20 and the accumulation route 22 while checking for conveyance abnormalities like the above-mentioned [10,000 yen notes] before being handed over to the banknote receiver. It is collected on the mounting plate 27 of the device 24.

Next, the banknote receiver drives the accumulation and transfer mechanism 2G of the passing device 24 to move the placing plate 27, and the placing plate 27 is moved to the deposit/withdrawal port 14.
Drive the accumulation transfer mechanism 2G until it reaches above the
What if the move is determined to be complete? The second temporary mounting 27 is retracted from above the deposit/withdrawal port 14 of the deposit port device 12, the banknotes stacked thereon are dropped into the deposit/withdrawal port 14, and the accumulation/transfer mechanism 26 is returned to its original position.

Here, since the shutter 13 of the deposit port device 12 is opened, the teller (operator) takes out the banknotes accumulated in the deposit/withdrawal port 14 of the deposit port device 12.

The withdrawal process is now complete.

According to this embodiment, bundled banknotes and loose banknotes can be automatically counted and dispensed by an integrated banknote dispensing machine,
Furthermore, two tellers can perform withdrawal operations on both sides of the banknote dispensing machine, greatly expanding the scope of use and making it extremely convenient.

In the above embodiment, the banknote bundle was placed horizontally in the east exit section 2.3 and transferred to the east exit 64, but the present invention is not limited to this, and the structure may be configured as shown in FIG. 4, for example. good. That is, partition walls 72, 73, 74. On the right side), a pair of pressing rods 76.76 are located between the partition walls 72 and 73, and a pair of pressing rods 77.76 are located between the partition walls 73 and 74.
77, a pair of press rods 78. located between the partition walls 74.75.
78 are provided horizontally and spaced apart vertically, and a pair of press rods 7G, 76: a pair of press rods 77.77, a pair of press rods 78.78 are provided in a direction perpendicular to the left-right direction in FIG. These pressing rods are connected to a slide 4i (not shown) (part of the transfer mechanism) which is movable in the left and right direction in FIG. 72, 73, 74. A plurality of [1,000 yen note bundles] 60. Multiple [bundles of 10,000 yen notes] 5
9 are moved to the left side in FIG. 4, that is, to the front of the machine body 11, independently for each denomination. The clamp i of the transfer Ja mechanism 80 provided in the front part of
The fuselage 11 is clamped by the mechanism 79 and transferred by the transfer mechanism 80.
The money may be withdrawn to the bundle outlet 64 at the top of the bank.

In addition, in the first embodiment, a bulk bill depositing and dispensing machine that performs deposit processing and withdrawal processing is used as the bulk dispensing machine 1, but the present invention is not limited to this, and only the dispensing process is performed. You may also use a banknote dispensing machine that dispenses loose banknotes.

Further, in the first embodiment, the east outlet portions 2.3 are provided on both sides of the bulk removal machine 1, but it is also possible to provide one east output portion 2 only on either side of the bulk removal machine 1. can.

[Effects of the Invention] According to the present invention, the required loose banknotes stored in the bulk dispensing machine are fed out one by one by the feeding mechanism, the required loose banknotes are counted and conveyed to the dispensing port by the conveying mechanism, and the dispensing process is performed. While dispensing the required loose banknotes to the outlet, the required bundles of banknotes are counted from among the plurality of banknote bundles stored in the east output section provided adjacent to the bulk dispensing machine, and transferred to the east output exit by a transfer mechanism. The clamping mechanism provided in the transfer mechanism removably clamps and transfers the banknotes to the bundle outlet, so that the banknotes and the loose banknotes can be dispensed as a single banknote in response to a dispensing instruction. The money machine can automatically count and withdraw money, greatly expanding the scope of use and making it very convenient.

[Brief explanation of the drawing]

1 to 3 show an embodiment of the present invention,
Fig. 1 is a front view, Fig. 2 is a schematic side sectional view showing the inside of the east outlet section, Fig. 3 is a side sectional view showing the schematic configuration of the bulk removal machine, and Fig. 4 is another embodiment of the present invention. FIG. 2 is a schematic side sectional view showing the inside of the bundle delivery section. ■・・・・・・Breaking machine (bill deposit and withdrawal machine), 2.3.
...East exit section, 14...Deposit/withdrawal port, 36
.... Recycling banknote feeding device, 37...
- Withdrawal route, 39...Dispensing banknote feeding mechanism, 41...Distribution is carried out by conveyance section, 5, 71...
...Frame (east storage section), 62°80...Transfer mechanism, 63.79...Clamp mechanism, 64...
...Bundle outlet. Applicant Laurel Bank Machine Co., Ltd.'::5
efD':) (51'fi61 72 73
6+

Claims (2)

[Claims] (1) A feeding mechanism that feeds out the required banknotes stored in the machine one by one, a transport mechanism that counts the required banknotes fed by the feeding mechanism and transports them to a withdrawal port, and a banknote that is transported by the transport mechanism. A banknote dispensing machine equipped with a dispensing port that allows banknotes to be withdrawn, a bundle storage section that stores a plurality of banknote bundles, and a transfer that counts the required banknote bundles in the bundle storage section and transfers them to the bundle dispensing port. and a clamping mechanism provided on the transfer mechanism to removably clamp a banknote bundle transferred to the bundle dispensing port and dispense the money from the bundle dispensing port, and a clamp mechanism disposed adjacent to the banknote dispensing machine. A banknote dispensing machine characterized by comprising a bundle dispensing section provided integrally with the machine. (2) The bill dispensing machine according to claim 1, characterized in that the bundle dispensing section is provided integrally with the dispensing machine on both sides of the dispensing machine.