JPS5960593A - Automatic scrutiny for recycling teller equipment - Google Patents

Abstract

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

Description

DETAILED DESCRIPTION OF THE INVENTION (1) Technical Field of the Invention The present invention relates to an automatic inspection method for a recycling deposit/withdrawal device that is used for automatic payment and automatic deposit.

(2) Prior art and problems In the virtual recycling deposit/withdrawal device, the self-payment function and the automatic deposit function are independent, but the bill storage and edge box (safe) are the same. ]It is IM. Therefore, for example, it is necessary to perform a thorough inspection once a day, but conventionally, the storage edge box provided for each denomination is removed from the device, and the manual or holder is attached to the device.
By doing 1゛θ, the 'gt search is executed. As a result, there was a problem in that the time required for detailed examination was increased.

(3) Purpose of the Invention The purpose of the present invention is based on the unique concept of sequentially changing the storage edge boxes, and while transferring the banknotes in each box to an empty box, the banknotes are distinguished and examined using a banknote discrimination device. The object of the present invention is to automatically examine the banknotes without taking them out of the device, thereby shortening the time required for the examination and solving all of the problems in the conventional method described above.

(4) Achievement of the invention In order to achieve the above-mentioned object, the present invention includes a banknote validating device having a cumulative T calculation function for each denomination; A storage and dispensing box that stores each denomination and a banknote recognition device that makes it impossible to identify banknotes.
In the banknote dispensing device Vt, which is fully equipped with a reject box for storing banknotes, the banknotes stored in the reject box are emptied, and the banknotes stored in one of the storage and feeding boxes are sequentially fed out. The banknotes are discriminated by the banknote discriminating device, stored in the reject box, the storage and feeding box is emptied, and the banknotes are sequentially fed out with the banknotes stored in the other one of the storage and feeding boxes, and the banknotes are sequentially fed out by the banknote validation device. This automatic recycler withdrawal system is characterized in that the process of repeatedly discriminating banknotes and storing them in a storage and dispensing box that has been emptied through the processing, and then scrutinizing the stored banknotes based on the discrimination and counting results of the discrimination device. A method of scrutiny is provided.

(5) Implementation of redundancy Hereinafter, the present invention will be described in detail with reference to the first page.

FIG. 1 is a schematic diagram showing a recycle input/output device to which the present invention is applied to ships. In Fig. 1, 1 is a banknote entrance;
Reference numeral 2 denotes a primary 8, 1 coin dispensing mechanism; lj: a banknote validating device having a built-in cumulative counter for each denomination, which simultaneously performs the identification of gold 11 and the identification of mounting hardware;

Reference numeral 4 denotes a front and back alignment mechanism for folding the front and back sides of the banknotes, and the banknotes are constrained by a separate device 3. Also, 5 is a secondary payout H strawberry.

6 is also a banknote validating device that has a built-in cumulative counter for each denomination i, and identifies only the denomination.

7 is a pool mechanism, and 8 is a banknote return slot.

9 to 12 are caninuta (all seats), 9 is a beam eject box, 10 is a 5,000 yen ticket storage and feeding box, 11 is
12 is a 1,000 yen bill storing and dispensing box, 13 is an external bill replenishing mechanism, and 14 is a drive unit for driving the drive machine +14 in the entire device.

G1-G5 are gates that are turned on and off by magnetotonium (not shown).

As a normal deposit route, the banknotes that have been deposited are transferred to the banknote entrance 1, the primary i1i'N dispenser 4+s'r 2, the banknote discrimination installation 3, and the front and back alignment (first to the secondary bank via I'44). ,
l: 1 out and 5 horizontal pools. Here, when the customer presses the confirmation button (not shown), the secondary payout will be 5 times.
The banknotes are identified one by one by the banknote validating device 6, and as a result, the gate Q is off and the gates 02 to 02 are turned off.
One of the boxes 7'L of G5 is turned on, and each banknote is stored in one of the boxes 9-12.

Note that the reject bogges 9 stores nYj bills that are identified as abnormal bills by the bill validating device 6.

In addition, when the customer presses a cancel button (not shown) at the time when the banknotes are rejected by the secondary payout machine GVj5Vc, these banknotes pass through the banknote validating device 6 and are transferred to the pool mechanism 7. The banknotes are then returned to the banknote return slot 8.

Also, the banknote identification device 3 identifies the banknotes as abnormal banknotes.
The ones that are L are on the table! A sorting machine t+'+'; 4. Bypassing the secondary payout mechanism 5, the banknotes are passed through the banknote recognition device 6 and returned to the banknote return slot 8 in bulk or in pieces via the pool mechanism 7. .

As a normal withdrawal route, the banknote identification device 6 identifies the banknotes that are withdrawn from each box 10 to 12. t
The banknotes are temporarily held in the banknote bank 7 next to the bank, and then the banknotes are returned all at once to the banknote return slot 8 (
・You will not be able to withdraw money. In addition, the banknote discrimination device ¥6 detects abnormal banknotes (including double feed) and 6. 7L-7)
.

No. 21''Z1 is a logic circuit diagram showing a device for executing the automatic inspection method according to the present invention. That is, the banknote S''
A control unit for the 'er sorting device to sort banknotes into boxes 9 to 12 based on the identification results is shown. ? P
In Figure J2, in the case of m-regular transactions, the mode setting level is set to MS-%0'. By this trick, and gate 2
1 to 24 are in an enabled state, and AND gates 25 to 28 are in a disabled state. On the other hand, when performing automatic scrutiny, the mode setting level is MS2. As a result, AND gates 2 to 24 are disabled and AND gates 25 to 28 are enabled.

21st N'ff: I will now explain the automatic inspection head 1 in Figure 11. Of course, in this case,
MS is “1”. Therefore, as is clear from the second note, at S, -1 (when the banknote is determined to be rejected by 7''), the gate Q is turned on, and the corresponding banknote is sent out from the return slot 8.

At S2=,L (when the banknote is identified as a 5,000 yen note), the gate G2 is turned on and the banknote is stored in the eject box 9.

S3"' 1. (10,000 yen note and identification 8re1)
Gate G is in operation, and the banknotes are stored in the 5,000 yen box 10.

When S4=1 (when it is identified as a 1,000 yen note), gate G4 becomes the main banknote, and the fi9a banknote is placed in the 1,000 yen note box 1.
It is stored in 1.

First, one banknote is removed from the reject box 9 to empty the box.

Next, the 5,000 yen bill was collected, Tsumugi Kizuna lf shouted, took out all the bills in box 10, and installed bill verification 1'? Separate the values by 1゛6 and pock 7-\collection f+'! do. In the case of Jin,
If the 5,000 yen ticket is empty in the 5,000 yen box 10, it will be moved to the 5,000 yen box 9.

Next, the banknotes in the 10,000 yen note storage/dispensing box 11 are fed out, identified by the banknote discrimination attachment 6, and stored in the box again. This 1 (, 2, 10,000 yen ticket is 10,000 yen box)
1 will be moved to Bosokunu 10, which was an empty 5,000 yen ticket.

Next, the banknotes in the 1,000-yen note storage boxes 1, 7, and output boxes] 2 and 3 are taken out if 6, identified by the banknote discrimination bag 6, and stored in the bongesu again. At this time, the 1,000 yen note was placed in the empty 10,000 yen box 11 from the 5,000 yen box 7.12.
Particularly important.

Finally, the banknote replenishment machine 4) that was taken out from the reject box 9 at the very beginning! Secondary feeding mechanism 5 from 713
and 11 are identified one by one by the banknote discrimination attachment 6 and stored in a box. This Matsai also identified 2
1. The banknotes are stored in the corresponding box, but when they are further determined to be abnormal banknotes, they are cleverly returned to the return slot 8).
In this case, fiK only needs to be reset manually.

It is easy to perform the fj inspection as described above automatically using the control device I' (Microcombi, -ta) (not shown), and the inspection results are stored in the cumulative counter in the banknote discrimination 'Pip6. be done.

(6) Effects of the invention: As explained above, *according to the invention, there are 3P and 1.
11. Since the boxes are sequentially designated and inspected by the banknote discrimination device M, the banknotes are not removed from the device (although the small F banknotes in the reject box are temporarily removed from the device).
, i'i'I inspection i a to can be carried out in a timely manner, and therefore the time required for obtaining official approval can be shortened.

[Brief explanation of drawings]

Figure 1 shows a recycling input/output system rI' to which the present invention is applied.
ff (in operation diagram, Fig. 2 is an automatic f11 according to the present invention)
1 is a logic circuit diagram illustrating an apparatus for performing a scanning method; FIG. 1: Banknote entrance, 3. b: Banknote t"i separate z; 1 to 8: Banknote withdrawal lo, 9: 9 Zoecto Bonox, 10: 5,000 yen bill storage box, 11: 10,000 yen bill storage and delivery box,
12: 1,000 yen bill collection ^, 'yama ° 1 out box, GI-c,
, :Gate. Special Mu't Applicant Hatashi 1 City Co., Ltd. Patent Application Agent Patent Attorney Akira Aoki Patent Attorney Kazuyuki Nishidate 17I 1) Yukio Patent Attorney Akira Yamaguchi

Claims (1)

[Claims] 1. A banknote validating device having a cumulative calculation function for each denomination; a storage/dispensing box for storing banknotes classified by the banknote validating device for each denomination; and a banknote discriminating device that stores banknotes classified by the banknote validating device for each denomination; In the recycling deposit/withdrawal device u, which is fully equipped with a storage/reject box, the banknotes stored in the reject box are emptied, and the banknotes stored in one of the storage/dispensing boxes are sequentially fed out and discriminated by the banknote discrimination device. Then, the banknotes stored in the other one of the storage and payout boxes are fed out for the ith time and are discriminated by the banknote discrimination device and recorded in MiJ. Storing in a storage edged box emptied by processing;
1. A method for inspecting a recycling deposit/withdrawal device, characterized in that the stored banknotes are examined repeatedly according to the discrimination and counting results of the discrimination device.