JPS5953992A - Cash processing batch system - 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 invention relates to a bulk cash processing system that can save labor in banking operations.

(2) 4′! Background of y, 1ilV (The conventional teller system at Toshi Yukinmu is as shown in Figure 1. The teller at counter 1, 211411, deposit machine 3, coin dispenser 4, banknote dispenser 5, A key drawer, a passbook printer 7, a display 8, etc. are provided, and cash is stocked in the deposit machine 3 during deposit operations, and withdrawn to the dispensing machines 4 and 5 when making payments. Therefore, cash must be stored in the dispensing machines 4 and 5 at all times.

In other words, since each teller has a certain amount of cash, there is a limit to the efficient use of cash. Can I use this useless cash? As a way to efficiently operate the system, a bulk cash processing system has been proposed in which deposits and withdrawals are made all at once.

(3) Prior art and problems FIG. 2 shows an example of a cash bulk processing system, in which a shows a top view and b shows a front view. In the same figure,
9 is a counter/counter, 10 is a teller section, 11 is a conveyance path, 1
2 indicates a conveyor, respectively. As shown in the figure, the counter 9 is divided into two parts, each of which is equipped with an eject/input port 13, an online teller's machine 14, a passbook printer 15, etc., and one window is placed in front of the counter. The counter clerk 16 who does this will pay y out/in 1 a month.13
It is possible to remove or insert cash in the transparent body 12 by inserting a 10 into it.

Customer υ, opposite the counter, 11+, 1 (P),
You can collect cash, etc. from the counter staff through the Jiro counter. Cash deposits and withdrawals are all processed at the teller section 10. However, such conventional cash bulk processing systems require a safe for deposits and a safe for withdrawals, and historically, they have been large in size because they usually have separate safes for each denomination.

(4) Purpose of the Invention In view of the above-mentioned conventional problems, it is an object of the present invention to provide a miniaturized cash bulk processing system that is capable of cash recycle.

(5) Structure and object of the invention According to the present invention, there are provided a plurality of teller counters each having an opening through which cash can be inserted and discharged, and a teller 1'i (l) for discharging and discharging cash all at once. In a cash bulk processing system comprising a plurality of teller sections and a seven-way transfer means for transporting cash between the teller sections, the teller section stores 102 categories of cash that have been inputted at the teller sections and sent out in one day. The present invention is characterized by comprising: a plurality of storage parts, a plurality of component parts, and a means provided in the self-storage part to send the cash stored in the classified storage into the tI transfer means, and recycles the inserted cash. This is achieved by providing a bulk cash processing system that does the following:

(6) Examples of the invention Embodiments of the present invention will be described in detail below with reference to the drawings.

FIG. 3 is a diagram for explaining the automatic safe in the teller section and the physical interface between the self-1i17 safe and the transport body on the transport path in the bulk cash processing system according to the embodiment of the present invention.

In the figure, 20 is an automatic safe, 21 is a j general route, and 22
2: indicates a carrier, and 2:( indicates an interface machine (1k).

The automatic safe 20 includes a banknote deposit/withdrawal port 24, a counting section 25, a front/back aligning section 26, a cash drawer and fitness identification section 27, and a cash storage box 28.
-1 to 28-3, unfit note storage box 29, conveyor 3 () for transporting cash between each section, etc. are all 1+ii+! I'm here.

Eye; 1h'? ft 21 is designed to drive the general transmissive body 22 using a near motor, and is designed to transport cash between the teller section and the teller >r, H.

The conveying body 22 includes a banknote holder 33 housed in a box 31, ii←box and rotatably supported by a shaft 32, a guide roller 34, and a secondary conductor 35# for a linear motor. The banknote holder 33 is rotated by a solenoid 36 at a predetermined stop position 10 so that a banknote 37 can be held between the banknote holder 33 and the interface mechanism 23 .

The interface mechanism 23 consists of a fixed conveyor 38 and a moving conveyor 39'), Mukuro-cho! I+! +The conveyor 39 has a pair of flange rollers 40.4 whose tips can be opened and closed.
fJ', and by the motor 41, arrow P.

A fixed conveyor 91 is provided on the arm 42 that reciprocates between 1 and 2; -(°Ami 9111 is self-11゛1.

The operation of the present embodiment ν1 configured in this manner will be described next. First, to clarify the details of the deposit operation, when the rice conveyor 22 is conveyed along the conveyance path 21 and stops at the F9'+ fixed 1.j' heavy position, the solenoid 36 is activated and the bill holder 33 is moved to 1. Rotate to a position like 1. Then, the interface mechanism operates, and the ijl' moving conveyor 39 moves to P'.
The flange rollers 40, 40' close as if in the fourth position and grip the banknote 37. Next, the arm 42 returns to the P position 1- and fixes the nine banknotes 37 on the conveyor 38.
send to The 1-meter conveyor 38 transfers the banknotes to the automatic safe 20.
Insert the money into the deposit/withdrawal slot 24.

Next, the automatic safe 20 is constructed as shown in FIG. 7. ;:do.

That is, the bills inserted into the deposit/withdrawal port 24 are sent one by one to the argument section 25 by the conveyor 30, the argument and front and back sides are determined, and then the bills are transferred to the front and back sections 91-26. Front and back alignment '1 1526 is based on the information determined by A+J ML shi, 31 no 71525? ”-) 2
6 A is driven and sent to the fitness check unit 27. The fit/loss identification unit 27 identifies the denomination μ and fit/loss, and according to the information, unfit notes are stored in the unfit note storage box 29, and other items are stored in the unfit note storage box 29, for example, ll-L50.
The coins classified into 0 yen, 10 yen, and 10,000 yen are stored in predetermined cash storage boxes 28-1 to 28-5, respectively, with VL indicated by the arrow.

Withdraw money secretly! I will explain JI's 11th work. automatic safe 20
As shown in No. 61-1, cash storage boxes 28-1 to 28-6
The cash stored in the elevator 28a according to the withdrawal instructions
Then, the pick roller 28b is operated to send it to the conveyor 30 as shown by the arrow. The sent banknotes are identified by the fitness identification section 27 and then sent to the deposit/withdrawal port 24. Next, the banknotes are sent through the interface plate groove 23 shown in FIG. 3 in the opposite direction to the time of deposit, stored in the conveyor 22, and sent through the first general path 21 to a predetermined window 1''.

In this way, 11 deposits and withdrawals are made, but the banknotes for the width of J are withdrawn from the counter by 11 times.
Historically used, recycling has become a source of oil.

(7) Effects of invention As explained in detail above, there is no effect of non-invention.1. The bulk processing of money is the appearance of the net department 1 / 4 people are busy with cash and the cycle 1. [This is an important feature, and reducing the amount of cash on hand in banking operations will have a great effect.

[Brief explanation of drawings]

Fig. 1 is a diagram for explaining the window system in conventional banking operations, Fig. 2 is a diagram for explaining the conventional cash bulk processing system, and Figs. 3 and 4 are diagrams for explaining the conventional cash processing system. Figures 5 and 6 for explaining the bulk cash processing system are diagrams for explaining the operation of the osmanthus in the bulk cash processing system according to the invention. In the drawing, 20 is an automatic metal car, 21 is a conveyance path, and 2 is
Reference numeral 2 indicates a carrier, and 23 indicates an interface mechanism between the automatic storage and the carrier.

Claims (1)

[Claims] ■ Equipped with a plurality of teller sections equipped with openings through which cash can be inserted and dispensed, a teller section that collectively manages cash receipts and payments, and a conveyance means that transports cash between the plurality of teller sections and the teller section. In the cash bulk processing system, the accounting department includes:
comprising a plurality of storage sections for sorting and storing the cash inserted and conveyed through the window E1, and a means provided in the plurality of classification storage sections for sending the cash stored inside the sorting storages to the conveying means, 1 <This FP gold bulk processing system is characterized by two people recycling cash.