JPS63106893A - Paper money processor - Google Patents

Abstract

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

Description

[Detailed description of the invention] [Industrial field of application] The present invention is installed in, for example, a mechanized corner of a bank,
Banknote processing such as ATMs for depositing and withdrawing banknotes.

Regarding the device, especially the transfer of banknotes between multiple ATMs.

The present invention relates to a banknote processing device suitable for recycling original banknotes.

Ru.

[Conventional technology]

Conventional ATMs, as described in Japanese Unexamined Patent Publication No. 59-136888, perform deposits and withdrawals of banknotes, counting, denomination, storage, etc.

All the necessary functional elements of the banknote handling equipment are different from each other.

I had it at the ATM.

[Problem that the invention seeks to solve]

In the above-mentioned conventional ATM, for example, when performing unified management of banknotes or group recirculation (exchange of banknotes between devices) among multiple ATMs, the banknotes counted at the sending ATM are transferred to other ATMs. Transfer between devices using means, and then transfer A on the receiving side
- Processing such as counting and storing in TM is not only complicated and time-consuming, but also it is uneconomical to have all the functional elements necessary for banknote processing in the number of machines. - [Problem solved 1-
[Means for receiving withdrawals] The purpose of the above is to inquire about withdrawals from multiple A and TM machines.
Separate counters are provided for each machine, and a common circulation path is provided for these counters to exchange banknotes.Mechanisms 1 and 1
-1 set of identification machines for one common circulation conveyance path.

This can be achieved if there is a storage means and a counting sending means. .

[Effect]

Deposit banknotes taken from individual independent counters.

It is transported to a discrimination machine via a common conveyance path, is judged to be true, is determined to be true, and if the deposit is confirmed, it is stored for real. In addition, in response to a withdrawal request, the money is separated from the main storage means, transferred to a common conveyance path, and transported to a request window, where money is withdrawn.

In this way 1. Banknotes deposited and withdrawn from multiple ATMs are centrally managed, and the ATM functions as a group recycling machine.゛〔
Embodiment] An embodiment of the present invention will be described below with reference to the drawings.・First
The figure is a block diagram of the structure and elements of the ATM banknote processing apparatus of the present invention. -Deposit L
1 and a banknote transfer unit 1a to 1d, which also serves as a withdrawal port, send banknotes to the circulation conveyance path 2 using banknote transfer means 3a to 3d, which have banknote separation (sending and stacking and receiving functions), respectively. The gate 4 takes in banknotes from the circulating conveyance path 2 and sends them to the validating machine 5. The discriminator 5 is connected to the gate 64 through the temporary storage means 7.

Alternatively, it passes through the return path 8 and joins the circulation conveyance path 2Vr1. .

The temporary storage means 7 passes through the gate 9 and the first and second discrimination machines 10° to the collection safe 11'! ! : 1,000 yen safe 12. The allocations for games 1-14 and 15 are configured to be stored in a 13,000-yen safe. Thousand Yen Safe 12. The 10,000 yen safe 13 is connected to a separating/counting machine 16, 17, respectively, and the banknotes counted and separated by the separating/counting machines are configured to be merged into the circulation conveyance path 2 at the merging gates is and i9. .

The operation of the banknote processing apparatus constructed as described above will first be described using a 2° deposit process as an example. The banknotes deposited from the deposit/withdrawal counter 1a are separated by the separating and stacking part of the banknote transfer/receiving means 3a, conveyed through the circulation conveyance path 2, sent to the discrimination machine 5 by the gate 4, and judged as genuine. The banknotes determined to be fake are sorted out by the game toro, pass through the return path 8, join the circulation conveyance path 2, and are accumulated in the receiving section of the banknote exchange means 3a. It will be returned to the entry/rename. If the depositor approves the device's judgment and the transaction is completed, the temporarily stored banknotes pass through the gate 9 and are processed by the second discriminator 10 into other banknotes of 1,000 yen, 10,000 yen, soj, and 1. Separated into 12,000 yen safes each. Ten thousand yen.

Sort into safe 13 or collection safe 11 (game) 14, 15.

collected and stored.

Next, the case of withdrawal will be explained as an example. When there is a withdrawal request of 100,000 yen from the counter 1b, 10 million yen slots are counted and separated from the 10,000 yen safe 13 by the counting separator 17, and transferred to the circulation conveyance path 2 at the merging gate 18. The banknote transfer means 3
The money is collected in the receiving section b and withdrawn. At this time, if the counting by the counting separator 17 is incorrect, the bill is not taken into the bill transfer means 3b, but is carried by the circulation conveyance path 2 and sent to the gate 4. Identification machine 5.
Temporary Hayabusa##machine7. 10,000 yen safe 1 after second identification/machine 10
3 or collected in the collection safe 11.

In addition, even if transactions are accessed simultaneously from multiple counters, one transaction involves reading the card or link, entering the PIN number, verifying the transaction with Cp TJ, printing one banknote in one bankbook, etc. There are processes such as counting and printing of slips, and since the banknote counting process is only a fraction of the total, the banknotes are processed in the order they are received. By performing the processing in line 1i15, the transaction time from the perspective of the transaction user is calculated.

This can be done without any consequences.

As another example, an address 4 is attached to the circulation conveyance path 2, and an empty address for receiving deposited banknotes and a withdrawal paper.

It had a withdrawal address in which banknotes were loaded and held in advance. .

The conveyance path is rotated, and when a withdrawal is requested, the amount of money is withdrawn from the withdrawal address to the request window from 1 to 1. When depositing, the timing is increased to the empty address for deposit, and the bill is sent from the bill transfer means of the deposit window. This banknote is sent to the game at the right time.
It is conceivable to activate L-A and send it to the discriminator 5 for processing.

Another example is the operational reliability of the device.

In order to increase Temporary storage.

Means 7. Second discrimination machine 10. Thousand Yen Safe 12. Ten thousand yen safe 13
．．゛It is also considered that some or all of the collection safes 11, etc., are provided in a plurality of units 5 to provide redundancy.

available.

〔Effect of the invention〕

According to the present invention, centralization and management of banknotes between multiple ATMs 2
Not only can group circulation be achieved, but there is also the possibility of reducing the total installation cost.

[Brief explanation of the drawing]

FIG. 1 is a block diagram of a banknote processing apparatus according to the present invention. It is a diagram. 1a to 1d...Deposit/withdrawal counter, 2...Circulation conveyance path,
1゜5... Identification machine, 7... Temporary storage means, 10... Second discrimination machine, 11... Collection safe, 12... Thousand yen safe, 13... Thousand yen safe.

Claims (1)

[Scope of Claims] 1. A banknote processing device for a plurality of ATMs, which includes independent deposit/withdrawal reception counters for each ATM, a circulation path common to the plurality of ATMs, and a circulation conveyance path common to the plurality of ATMs. a means for transferring banknotes between a counter and the common conveyance path; a means for taking in banknotes from the common conveyance path and distinguishing the authenticity and denomination; a means for temporarily storing the discriminated banknotes; means for returning the stored banknotes to the common transport path; means for classifying the temporarily stored banknotes by type and permanently storing them; and counting and sending the stored banknotes to the common transport path in response to a request. 1. A banknote processing device comprising means for: 2. The banknote processing apparatus according to claim 1, wherein an address is assigned to the common conveyance path to control deposits and withdrawals. 3. The common conveyance path rotates at the start of transaction preparation, and includes an empty address for receiving deposited banknotes, and a withdrawal address that is preloaded and held with withdrawal banknotes, and whose release is controlled according to the request of the withdrawal port. 3. A banknote processing apparatus according to claim 1, wherein the function of each address can be changed by a command from a controller.