JPH0395698A - Hard money receiving and paying machine for teller - Google Patents

Abstract

PURPOSE:To make a carton unable to be attached and detached, and to prevent mispayment by providing a table for placing the carton on it and a table slide mechanism for sliding the table. CONSTITUTION:Charged hard money thrown into a throw-in port 1 by a teller is carried to a discriminating part 2 by a belt, and the truth and the kind of the hard money are decided, and this data is sent to a control part 3. The control part 3 stores true hard money in a storage cylinder 12 and returns false hard money by opening a distributing gate so as to drop it to a holding cylinder. The hard money 13 stored in the storage cylinder 12 is discharged from a discharging part 14 to the carton 10 placed on the table 15. Since this table 15 is moved forth and back along a guide shaft 18 by the forward or the backward rotation of a roller 17 fitted to the drive shaft of a motor 16, the carton 10 can be drawn out.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to a teller coin depositing and dispensing machine used mainly in financial institutions, and particularly to a carton setting method for receiving coins.

[Conventional technology]

With conventional devices, when dispensing coins, the coins ejected from the dispensing unit may remain in the shooter that guides the coins to the carton, or when a teller malfunctions and a failure occurs during dispensing, the carton may be pulled out, causing cash trouble. This was a factor.

Incidentally, related devices of this type include, for example, Japanese Patent Application Laid-Open Nos. 63-249287 and 63-249288.
No. 63-249289.

[Problem to be solved by the invention]

The above conventional technology takes into consideration the fact that coins ejected from the dispensing section during coin dispensing may remain in the shooter for guiding the coins to the carton, or that the carton may be pulled out if a failure occurs during dispensing due to an incorrect operation by the teller. This was not done, leading to problems with cash. The purpose of the present invention is to prevent coins from remaining in the shooter when coins are dispensed, and further to prevent erroneous coin payments when a failure occurs. [Means for solving the problem] In order to achieve the above object, a table slide mechanism is provided that carries a carton from the front of the teller coin depositing/dispensing machine to the position of the dispensing part, thereby reducing the amount of remaining coins. This eliminates the shooter, which is a factor.

Furthermore, in order to prevent incorrect coin payments in the event of a failure, the carton cannot be attached or removed unless a staff member handles the problem.

[Effect]

By providing a table slide mechanism on which the carton is placed, a shooter is not required, so coins will not remain in the shooter.

In addition, if a failure occurs during withdrawal, the carton cannot be taken out unless recovery processing is performed in accordance with the failure, so there is no possibility of erroneously paying the customer the coins that are being withdrawn.

〔Example〕

An embodiment of the present invention will be described below with reference to the drawings. Figure 1 shows the general configuration of a coin depositing and dispensing machine for tellers to which the present invention is applied. The deposited coins inserted into the input slot ↓ by the teller are conveyed one by one to the identification section 2 by the belt. The identification section 2 determines the authenticity and denomination of the coin, and sends the data to the control section 3. Based on the received data, the control section 3 opens the sorting gate 4 to drop genuine coins into the holding section 5 and temporarily hold them, while the reject gate 6 opens the fake coins and returns them to the GEECTRO 7. When storing coins stored in the storage section 5 according to the teller's instructions, the coins are stored in the storage gate 8.
is opened and stored in the safe 9, and if returned according to the teller's instructions, the storage gate 8 is closed and the bag is returned to the carton 10.

In addition, the loaded coins inserted into slot 1 by the teller are
The coins are conveyed one by one to the identification section 2 by a belt, the authenticity and denomination of the coins are determined, and the data is sent to the control section 3. According to the received data, the control unit 3 selects the genuine coins from the sorting hole l1.
The counterfeit coins are transported to storage tubes 12 for each denomination and stored in storage tubes 12 for each denomination.
The sorting gate 4 is opened, the items are dropped into the holding section 5, and the items are returned to the safe 9 or carton 10 according to customer specifications.

The coins 13 stored in the storage cylinder 5 are transferred one by one from the dispensing unit 14 to the table l according to a withdrawal or collection instruction from the control unit 3.
It is thrown into the carton 10 placed on top of 5. This table 15 is moved back and forth along a guide shaft 18 by forward and reverse rotation of a roller 17 attached to the rotation shaft of a motor 16. Thereby, the recalton 10 is transferred to the position of the dispensing part 14, and when the withdrawal, collection, and return of coins are completed, the carton 10 can be pulled out.

FIG. 2 is an operational flowchart of the table 15 in the withdrawal process. Table l5 has a carton set sensor l9, and if it does not detect that carton lO is set on table 15 (step l), it waits for carton setting (step 2), and if it does, it closes the table (step 3). becomes. If the table closing sensor 20 cannot detect the table closing for some reason (step 4), error processing (step 5) is performed. When the closing of the table is detected, the withdrawal operation becomes possible and the coins 13 are dispensed one by one into the carton 10 by the dispensing section 14.

(Step 6) Withdrawal operation completes normally (Step 7)
), the table opens (step 8), and if the withdrawal operation does not end normally, error processing (step 5)
Therefore, the carton 10 cannot be taken out unless recovery processing is performed depending on the failure. When the table-to-table movement (step 8) is performed and the table open sensor 21 detects that the table is open (step 9). The process waits for carton removal (step 11), and when the carton set sensor 9 no longer detects the carton, it is determined that the carton 10 has been removed (step 10), and the withdrawal process ends. If table opening cannot be detected even after performing the table opening operation (step 8) (step 9), error processing (step 5) is performed.

FIG. 3 shows a schematic configuration of a dispensing portion of a conventional coin depositing and dispensing machine for tellers. In the case of the conventional machine, the carton 10 is set by a teller, so it is difficult to put in and take out the carton 10 to the position of the dispensing part l4 located at the rear of the main body. A shooter 22 is required to guide the dispensed coin l3 to the carton lO set in front of the main body.

However, when withdrawing or collecting money, the last coin 13 thrown out may remain on the shooter 22, causing cash trouble.

As described above, according to this embodiment, the shooter 22 that causes coins to remain when dispensing 5 coins is not required, and the dispensed coin l3
Since the coins can be reliably received in carton 10, it is effective in preventing coins from remaining.

In addition, in the event of a failure, the carton cannot be attached or removed without the help of an attendant, which also has the effect of preventing erroneous coin payments in the event of a failure.

〔Effect of the invention〕

According to the present invention, it is possible to prevent coins from remaining in the shooter and prevent coins from being erroneously paid when a failure occurs.
This eliminates cash troubles when dispensing coins, and reduces the failure rate of the entire device.

[Brief explanation of drawings]

Fig. 1 is a schematic configuration diagram of a teller coin depositing and dispensing machine to which an embodiment of the present invention is applied, Fig. 2 is an operation flowchart of a table in withdrawal processing, and Fig. 3 is a conventional coin depositing and dispensing machine for tellers. It is a schematic structure diagram of the dispensing part of the money machine. 12... Storage tube, 13... Coin, 14... Dispensing part, 15... Table, 16... Motor, 17...
Roller, 18... Guide shaft. 19... Calton set sensor, 20... Table close sensor, 21
...Table open sensor, 22...Shooter

Claims (1)

[Scope of Claims] 1. A coin depositing and dispensing machine for tellers comprising a coin storage cylinder for storing coins, a coin feeding mechanism for feeding coins from the coin storage cylinder, and a carton for receiving the fed coins. A coin depositing and dispensing machine for a teller, comprising a table for placing the table and a table sliding mechanism for sliding the table. 2. The coin depositing and dispensing machine for tellers according to claim 1, characterized in that the carton cannot be attached or detached when a failure occurs.