JPS5953994A - Window money receiver - 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 a teller deposit device in a bulk cash processing system for banking operations.

(2) Since the introduction of technology, the conventional teller system in banking operations is as shown in Fig. 1, where the teller staff 2 at the counter 1 [111 and the deposit machine 3].
Coin dispensing machine 4. Banknote dispensing machine5. A keyboard 6, a passbook printer 7, and a display 8'4J are provided, and cash is stocked in a deposit machine 3 during deposit operations, and withdrawn from dispensing machines 4 and 5 when making payments. For this reason, the withdrawal machine 4
And 5, you must have cash saved at the time. In other words, since each counter clerk has a certain amount of cash, there is a limit to how efficiently cash can be used. For this reason, as a method for efficiently managing cash, a bulk cash processing system has been proposed that performs deposits and withdrawals all at once.

(3) Prior art and points of interest Figure 2 is a close-up view 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 teller counter, and 10 is a teller.

Reference numeral 11 indicates a conveyance path, and reference numeral 12 indicates a conveyance body. As shown in the figure, the window counter 9 is divided into two sections, each with a take-out/load counter 13. An online teller's machine 14, a passbook printer 15, etc. are provided, and a counter clerk 16 located in front of the window can take out the information.
By inserting a hand into the slot 13, the user can take out or insert cash in the carrier 12. Customers are placed on the opposite side of the counter and exchange cash with the teller staff via the counter. Cash deposits and withdrawals are processed all at once with the payment and payment γ (NO).

In such a current <Ii batch processing system, the task of aligning the front and back sides of one banknote is done in the safe of the teller department 1011111.
However, the deposit process is not completed until 4: when the safe side lights up. For this reason, there are many conveyors,
A lot of time is lost at the counter.

(4) Purpose of Investigation The present invention solves the problems mentioned in 2 above and aims to provide a one-person teller machine 6 having a front and back alignment mechanism in a cash bulk processing system.

(5) 474 results of investigation and this purpose according to the present invention is to provide a number of counters ¥r7+X having a cash input slot, a teller section for accommodating all the deposited cash, the plurality of teller sections, and the teller section. In a cash bulk processing system that is equipped with a conveyance means and cash for conveying all cash between the counters, the teller depositing device provided at the teller section has a means for separating the inserted cash 1i♀, a front and back aligning P& mechanism, and an aligning mechanism. A teller deposit device is equipped with a cash loading mechanism that transports cash arranged both sides of the coin to a conveyor, and a means for returning all the inserted banknotes at once if an abnormality is detected during the transaction. It is exploited by offering.

(6) Examples of the invention Hereinafter, the present invention will be explained in detail with reference to an embodiment.

FIG. 3 is a diagram for explaining the death day payment device according to the present invention.

In the figure, 20 - teller deposit device, 21 a banknote slot, 22 a conveyor, 23 a mechanism for determining authenticity, fitness, and denomination, 24 a counter, 25 a mechanism for aligning front and back sides, and 26 cash. Reference numeral 27 indicates a mounting mechanism, numeral 27 indicates a V, and numeral 28 indicates a conveyance path.

The window deposit device 20 of the present embodiment is one bill in which 2 0]
Separate machine risu I23. Count)゛ζ1×24. Front and back alignment mechanism 25. A cash loading mechanism 26 is arranged primarily, and the conveyor 22 is arranged front and back, and a conveyor 22' is also installed to the bill slot 21 branching off from the ".v25".

In this way, this example was successfully completed! The 11/I work will be explained next. First, as shown in FIG. 4, set the banknotes in the bank 21 and issue a deposit instruction using the keyboard.The banknotes will be automatically fed in by the conveyor 22.

The notes are sent to the authenticity, good/bad, and denomination discriminating machine i:r423, where they are used to distinguish between genuine and counterfeit notes, to distinguish between genuine and unfit notes, and to determine the denomination.

Next, it is sent to the front and back alignment mechanism 25 via the old number copy 24.

This front and back] i'lJ machine+/H5 has hl (true/false
Positive 4L'+ ・According to the front and back information discriminated by the denomination discrimination mechanism 23, -t-25a is driven, and the banknote that comes facing 5 is ■
The banknotes that were sent to the route of
Turn the banknotes over and place the banknotes with the route ■ and the front banknotes on the left side. After the banknotes whose front and back sides have been marked are stocked here, they are transferred to Mtl's own
Positive 'I, ii, gold f; lt discrimination + Nt 23 and 1l
If there is no difference 't;7 in the number M24, the next cash 1 is sent to the loading machine 26. If the above-mentioned authenticity, fitness, and denomination discrimination machine #
1ζ123 or A1. If an abnormality is discovered in the FQ section 24 or if all transactions are to be canceled in the middle of the
2' and is sent to the bill slot 21 as shown by the arrow.

Authenticity, fitness, denomination discrimination mechanism 23 and Ii number>'tl (2
The banknotes sent to the cash loading mechanism 26 without any abnormality in step 4 are handled as follows.

A paper polishing holder 27a as shown in FIG. 6a is provided on the conveyor 27 so as to be rotatable about a shaft 27b as shown in FIG. 6b. Cash] The loading mechanism 26 has a pair of (general delivery cards) 2
A clan i9- consisting of 6a and 26b is provided, and the tip thereof can be opened and closed, as shown in FIG. 6C.
After feeding the banknotes into the banknote holder 27a of the carrier, the clamper 26a is moved as shown in Figure d.

8 After completing the loading of 26bi open banknotes, the conveyor 27
is the banknote loading section 27a71il-closed conveyance path 28t i
j! (2) The banknotes are transported to the teller section.

In this embodiment, which operates in this way, the front and back sides of the banknotes are separated and placed in the safe in the teller's office, so the work of aligning the front and back sides in the safe can be omitted, and the loss of 11.'+ frontage for 40 copies can be reduced. Can be small.

(7) As explained and clarified in Section 1, the entire Kiken counter equipment 'i, '1rfA □□, 'i; 11. 'I reduce frontage loss,
This has the great effect of reducing the burden on counter staff (4).7

[Brief explanation of the drawing]

Figure 1 shows a theory of the window closing system in button handling operations from 1.
FIG. 2 is a conventional cash bulk processing system fci6i; FIG. 3 is a window deposit device n'ff according to the present invention; FIG. 4 is a diagram for explaining the explanation; and Fig. 5 is a diagram for explaining the operation, and Fig. 6 is a diagram for explaining the entire operation of cash loading. Inlet, 22id, conveyor, 23 is JT, false 'I'll
7j'・stop i4 identification・gold at (i discrimination is affected, 24 is d
1 several copies, 25 is the history (011 machine 11L 1. 26 is a cash loading machine (1) 271 tJ transport 1 human body. 28 shows the transportation route. Figure 1, Figure 3, Figure 4)

Claims (1)

[Claims] 1. A cash machine comprising a plurality of tellers γ)l having cash input slots, a teller section for accommodating the inserted cash, and a conveying means for transporting cash between the plurality of tellers and the teller section. In the bulk processing system, the teller deposit device provided at the filing counter includes means for differentiating all the inserted cash, a front-to-back aligning mechanism for aligning one side of the discriminated cash in the same direction, and the aligning mechanism. A counter deposit system is characterized in that it is equipped with a cash loading mechanism that transports all the cash arranged front and back to the conveyor, and a means for returning the inserted banknotes all at once if an abnormality is detected during the verification process. Device.