JPS59863B2 - cash machine - Google Patents

Description

[Detailed Description of the Invention] The present invention relates to a teller's machine used for counter operations at banks, etc., and in particular, checks handled at counter operations at banks, etc. (checks issued by one's own bank (our store ticket), checks issued by other banks, This is related to the processing of change for transactions using our store's tickets among issued checks (other store tickets).

Conventionally, in counter operations at banks, etc., when a customer deposits only a certain amount of a check of a predetermined amount, a transaction process is performed in which the check of the predetermined amount is first converted into cash, and then the cash is transferred to cash. It was used to perform change transaction processing in which a predetermined amount of money was deposited and the remaining amount was used as change.

This is because in the case of checks, there are many types of checks: our store's tickets, other store's tickets, and other store's tickets, and the subsequent processing system differs depending on the type of ticket, so the check must first be cashed. After the transaction, the actual transaction processing such as depositing was carried out.

Therefore, in this case, two transactions, one for cashing and one for changing, are performed, which takes twice as much processing time and complicates the transaction.

On the other hand, in order to simplify the transaction processing as described above, recently, in the case of checks issued by the bank itself, i.e., in the case of our store vouchers, we treat them as cash, allowing us to directly transfer the specified amount without performing a transaction to convert them into cash. An increasing number of places are introducing processing systems that can process change by depositing money and using the remaining amount as change, that is, by processing only one transaction.

As a result, there are two types of counter operations: those that use the former transaction system and those that use the latter transaction system, and the cash teller machines used in counter operations are each adapted to the transaction system. There was a problem in that it required manufacturing, which made production management troublesome and increased costs.

Therefore, the present invention provides a cash teller machine that is compatible with both the former transaction system and the latter transaction system, and in particular allows the user to arbitrarily set whether or not to allow change processing directly from the store ticket. This is a cash teller machine that has the function of collecting cash.

DESCRIPTION OF THE PREFERRED EMBODIMENTS The cash teller machine of the present invention will be described in detail below along with an embodiment of the drawings. FIG. 1 is a plan view showing each part appearing on the exterior of the cash teller machine according to the present invention, and the outline of the machine will first be explained.

The key operation board 1 includes a group of numeric keys 2 for inputting numerical information such as amount, quantity, number, etc. into the device, and a group of numeric keys 2 for inputting the type of cash currency such as 10,000 yen bill, 5000 yen bill, etc. Type key group 3, key group 4 for inputting the rank of checks, etc. (our store ticket key 4A, other store ticket A key 4B, other store ticket B key 4C, etc.), key group 5 for inputting business type, addition and subtraction, etc. A group of keys 6 are provided for inputting related commands.

Above the operation panel is a display 7b3 that displays numerical values input or processed within the device. A journal printer 8, a notebook printer 9, and a date dial 10 are provided at the top of the device. The journal printer 8 records the input and output of the device in detail, and is designed to print on two sheets of paper supplied from a roll, store one on a take-up roll, and cut out one sheet each time. Paper can be sent out at any time by pressing the button 11. The passbook printer 9 is designed so that when a deposit passbook etc. 15 is inserted from the left side of the device and the (print) key is pressed, it can print on any line of the passbook, and at the same time the copy is printed on a built-in roll. recorded on paper. Display 7
, journal printer 8, and notebook printer 9 are all controlled by a built-in control section. Date dial 10 is a device for setting the date. The power of the device is turned on when the person in charge key 12 inserts and rotates the key. When the subtotal button 13 is pressed, the journal printer outputs the totals stored for each currency type, check type, and transaction.
4 is for switching the operation mode of the device to registration mode A, preset mode B, and total mode C by inserting and turning a key owned by the person in charge of management. FIG. 2 shows a block diagram of a portion of the above-described apparatus that is particularly relevant to the present invention.

In FIG. 2, an input signal from a group of numeric keys 21 of the key operation section is introduced into an arithmetic processing section 23, and denomination information (cash currency type key, An input signal from a group of function keys 22 for instructing the input of the check's present store ticket key and other store ticket key is introduced into the arithmetic processing unit 23 via the key discrimination circuit 24, and the arithmetic processing unit 23 has a register means, a full It includes a control section consisting of an adapter, a ROM for storing programs, and the like.

25 is a memory for storing various transaction information;
is a printer that prints various transaction information and is controlled by a printer control section 27.

28, 29, and 30 are detectors for each denomination that are set according to the denomination information (cash, our store ticket, other store ticket) by the signal from the key discrimination circuit 24, and 28 is the denomination information detector. In the case of cash, 29 is set for this store's ticket, and 30 is set for another store's ticket.

The detection output of the detector 28 is introduced into an AND gate G2, and the detector 29 is introduced into an AND gate G1 and an AND gate G3, respectively.

The AND gates G2 and G3 are gate means for instructing whether change processing is allowed or not, and their outputs are introduced into the arithmetic processing unit 23 via the OR gate G4, and the output of the other gates G2 and G3 is Change key 31 at the input end
key signal is input. On the other hand, the AND gate G1 is a control gate for presetting information regarding whether or not change can be processed from the store ticket into the storage means 32, and is keyed by the manager's key as the other input of the gate G1. 14 (see FIG. 1) t) 3 A preset signal PR that is output when set to preset mode B is introduced. Therefore, when the shop ticket key is operated in the preset mode, the memory means 32t) is set through the detector 29 and the AND gate G1 to store the change processing value, and conversely, the memory means 32 is not set. The status indicates "no" of change processing. The output of the storage means 32 is input to the AND gate G3, and the gate G3 receives information on whether or not change processing is preset in the storage means 32 when the change key 31 is operated with the store ticket. Therefore, opening and closing are controlled.

Next, we will explain the operation of the block configuration shown in Figure 2.
Before performing counter operations, a preset is first made to determine whether or not change processing from the store ticket is permitted, depending on the counter operation system.

For example, if you want to allow change to be processed from our store ticket, use the administrator key to set preset mode B and enable AND gate G.

And our store ticket key (1st
When the key 4A) in the figure is operated, the store ticket key detector 29t)'3 is set by a signal from the key discrimination circuit 24, and this set output is introduced to the storage means 32 via the AND gate G1. 32 is set to the hidden state, and it is stored that change processing from the store ticket is "possible". After performing the presets as described above, select Registration Mode A.
and perform normal counter transaction processing.

Normally, when an operator performs a transaction, he enters amount data from the numeric key group 21, and then enters denomination information from the function key group 22 (cash currency type key for cash, our store ticket key 4A for checks, other store ticket key 4B, 4C...) to input the denomination information of the amount data. At this time, the detector 28 is set if the denomination is cash, the detector 29 is set if the denomination is a ticket from this store, and the detector 30 is set if the denomination is a ticket from another store.

When this denomination information is cash and the change processing as described above is performed, when the change key 31 is operated, the AND gate G2
is opened and transfers an instruction signal indicating that change processing is possible to the arithmetic processing section 23.

Therefore, when a predetermined amount of the input amount data is operated as a deposit, a change process is executed in which the remainder is used as change. In addition, if the denomination information I:)≦our store ticket, the storage means 32 currently stores information that allows change from our store ticket, so when the change key 31 is operated, the AND gate G3 opens and the calculation process is performed. An instruction signal indicating that change processing is "permissible" is transferred to the section 23. Change processing is performed in the same way as in the case of cash.

Furthermore, if the denomination information is a ticket from another store, neither the AND gates G2 nor G3 are opened by operating the change key 31, and no change processing instruction signal is output to the arithmetic processing unit 23.

Therefore, it is not possible to directly process change from other store tickets, so the exchange process is performed to convert the ticket into cash, and then the change process is performed in the same way as in the case of cash. On the other hand, if the counter operation system does not allow the processing of change from other store tickets, the storage means 32 is not set in the re-set mode, and the system is set to a re-set state to indicate that the change processing from the store ticket is not accepted. Retain memory.

Then, the above-mentioned counter operations are performed, and in this case, when the denomination information is cash, the AND gate G2 will open and change can be processed, but even if the change key 31 is operated when the denomination information is a ticket, the AND gate G3 will not open. First, no change processing instruction signal is output to the arithmetic processing unit 23.

Therefore, similar to the above-mentioned other store ticket, the exchange process is performed to convert it into cash, and then the same change process as in the case of cash is performed.
Note that this change processing is performed by the arithmetic processing unit 23,
The data is stored in the memory 25 and sent to the printer control section 27, where the printer 26 prints the transaction information along with the desired change processing, and the transaction processing is completed.

As described above, the cash teller machine of the present invention includes a detection means for detecting the type of denomination information instructed by the operation of a group of functions, a storage means for storing information on whether change processing is possible, and a storage means for storing information on whether change processing is possible or not. a preset means for setting and inputting information on whether or not change processing is possible to the storage means; and a detection signal for the denomination information of the store ticket of the check detected by the detection means and stored in the storage means. The controller is equipped with a control means for controlling the introduction of the change key operation signal to the arithmetic processing unit based on the information on whether change processing is possible or not. Since the operation signal of the change key is set in the storage means and the change processing instruction signal is introduced to the arithmetic processing unit based on the information on whether or not change processing is possible or not, the change key operation signal is set in the storage means. When using a teller machine, depending on the system of each user's counter operations, the storage means must be a device that is compatible with the system at a counter that does not allow the processing of change from our store tickets, or even at a counter that allows such a system. It is possible to provide a device that is convenient for the user to use, and it only adds a simple configuration.It is possible to arbitrarily set whether or not to disable the function of a specific function key that is operated after the function key is operated. can do.

Also, on the manufacturer's side, there is no need to produce devices for each counter service system, and unified production management is possible, which is convenient and can also greatly contribute to reducing device costs.

[Brief explanation of the drawing]

FIG. 1 is a plan view showing the external appearance of the cash teller machine of the present invention, and FIG. 2 is a block diagram of the main parts of the same cash teller machine. 1: Key operation section, 2: Numeric key group, 3: Cash currency type key group, 4A: Our store ticket key, 4B to 4D: Other store ticket keys, 2
1: Numeric key group, 22: Function key group, 23:
Arithmetic processing unit, 24: Key discrimination circuit, 25: Memory, 26
: Printer, 28, 29 and 30: Detector by denomination, 3
1: Change key 32: Storage means, Gl, G2 and G3: AND gate.

Claims (1)

[Claims] 1. A group of numeric keys for inputting numerical information such as amounts,
A group of function keys for inputting denomination information such as cash and check tickets at our store and other store tickets, a change key for inputting instructions for change processing, and an arithmetic processing unit that performs processing such as calculation and transfer of numerical information signals. a detection means for detecting the type of denomination information instructed by the operation of the function keys; a storage means for storing information on whether change processing is possible; and a storage means storing information on whether change processing is possible; a presetting means for setting and inputting rejection information; and an introduction means for introducing an operation signal of the change key into the arithmetic processing section based on a detection signal for the cash denomination information detected by the detection means; Based on a detection signal corresponding to the denomination information of the store ticket of the check detected by the detection means and information on whether change processing is possible or not stored in the storage means, the operation signal of the change key is sent to the arithmetic processing unit. A cash teller machine characterized by comprising: a control means for controlling the introduction of the money teller machine.