JPS6257064A - Automatic transaction equipment - Google Patents

Abstract

PURPOSE:To save the trouble of setting change of operation changeover time by the person in charge by allowing a central system to designate a designation code at bank open and applying automatic changeover of the transaction mode at the operation changeover time in response to the designation code. CONSTITUTION:When the power of the automatic transaction equipment is applied, a CPU 1 sends as text of bank open request added with a device code to a central system from a line control section 4 to the central system. The central system gives a bank open text including the designation code to the CPU 1, which reads it. The designation code is decided at the central system having the calendar function depending whether the day is a workday, a Saturday or a holiday. The CPU 1 reads each transaction mode and the operation mode registered in the memory 2 by the same code as the designation code to edit the operation changeover time. The CPU 1 compares it with the present time fed from a clock device 5 and displays the transaction mode corresponding to the present time on the screen of a display section 16 to open the automatic transaction equipment.

Description

[Detailed Description of the Invention] [Field of Application of the Invention] The present invention relates to an automatic transaction device, which compares the current time with the operation switching time of each transaction mode and determines when the current time reaches the operation switching time. The present invention relates to an automatic transaction device that switches transaction code operations.

(Background of the invention) Automated transaction devices (A
'TM). In the conventional automatic transaction device, for example, as described in Japanese Patent Application Laid-Open No. 5/1-137257, the clerk (4) operates the time setting dial to enter the deposit mode.

The operation switching time (start time and end time of each transaction mode) for each transaction mode such as payment mode was set.

However, the start time and end time of each transaction mode of the automatic transaction device are different on weekdays and Saturdays, so it is necessary to change the settings for the start time and end time of each transaction mode on weekdays and Saturdays. There is. In addition, if automatic transaction devices are to be operated on holidays in the future,
There is a problem in that the above-mentioned settings must be changed, and this setting change takes time and effort.

[Purpose of the invention]

In the present invention, multiple types of driving schedules are registered in advance, and driving is performed by selecting one type of driving schedule using a specified code from the central system, thereby eliminating the hassle of changing the setting of driving switching time. The purpose of the present invention is to provide an automated transaction device that reduces the burden on the central system.

(Summary of the Invention) Figure 1 shows the overall configuration of the present invention. In the figure, the automatic transaction device main body A has a built-in clock mechanism and memory, and the current time obtained by the clock mechanism and transactions stored in the memory. The operation switching time of each mode is compared, and when the current time reaches the operation switching time, the operation of the transaction mode is switched. The transaction mode scheduled to operate and its operation switching time are stored in advance for each designated code that is defined differently for each day. When a designated code is designated by the central system at the time of starting business, the selection means C selects from the storage means B the transaction code and its operation switching time corresponding to this designated code.

[Embodiments of the invention]

FIG. 2 shows a block system diagram of an embodiment of an automatic transaction device according to the present invention. In the figure, 1 is the CPU (central processing unit)
It performs arithmetic processing and controls each device described later. The memory 2 stores a program for controlling the operation of the entire automatic transaction device, and also stores (registers) each transaction code and its operation mode, which is the operation switching time, for each designated code (as will be described later). Further, a zero work area for the CPU 1 is provided.This memory 2 is connected to the CPU 1 via a pass line 3.

The line control unit 4 receives communication data coming from the central system 1 (not shown) and supplies it to the CPUI via the path line 3, and also transmits data supplied from the CPUI to the central system. The clock mechanism unit 5 supplies time data obtained by counting clock signals to the CPLJl via the path line 3. The card mechanism section 6 reads the account number, password, etc. of the magnetic card, and writes data to the magnetic card, and is controlled by the control section 7 connected to the CPUI via the pass line 3. The printer 8 prints transaction details on slip paper, and is controlled by a control section 9 connected to the CPU 1 via the pass line 3.

The passbook mechanism unit 10 reads the account number, password, etc. recorded on the passbook as a magnetic stripe, and
It performs bankbook entry and is controlled by a control unit 11 connected to the CPU 1 via the pass line 3. The banknote deposit mechanism section 12 discriminates and counts the number of banknotes to be deposited, and the banknote payment mechanism section 14 counts and pays the number of bills to be paid. are controlled by control units 13 and 14 connected to the CPU 1 via the pass line 3, respectively.

Further, the display section 16 displays the transaction mode, operating procedures, etc., and the keyboard section 18 allows the user to input the 1-digit identification number, designation of the transaction mode, payment amount, etc., and the display section 16.
Each of the keyboard sections 18 is connected to the CPU 1 via a path line 3.
The controllers 17 and 19 are connected to the controllers 17 and 19, respectively.

Each transaction mode and its operation mode are registered in the memory 2 for each designated code. For example, the specified code is '01
” represents weekdays from Monday to Friday, “10” represents Saturday, and “11” represents Sunday and public holidays. Transaction modes are payment mode, deposit mode, LFI included mode, transfer mode, and lending mode.

Indicates transaction operations of automatic transaction equipment such as opening mode.

In addition, the operation mode indicates the operation switching time of each transaction mode,
Represented by start time and end time. For example, assume that there are no scheduled operations on Saturdays as shown in the table below.

This table shows that the payment mode, deposit mode, transfer mode, and lending mode marked with a Q are permitted from 8:45, and the transfer mode is further permitted from 10:00, and from 12:00. This indicates that the deposit mode and transfer mode are prohibited from then on, and that the station opens with all transaction modes prohibited at 2:00 p.m. In this case, the designation code "10" representing Saturday is followed by a code representing the payment mode, for example "OO1", and an operation mode "0845" representing the start time of 8:45 and the end time of 14:00.

"1200" is stored, and the deposit mode code and its operating mode "0845", "'1200", the transfer mode code and its operating mode "'1000", "12
00”, transfer mode code and its operation mode “’0”
845”, “1400”, the rental mode code and its driving mode “0845”.

'1400' is stored, followed by a code representing the opening mode, for example '111', and an operating mode '1400' representing its start time. 45 minutes to 10 hours
If the number of payments is multiple times such as 12 o'clock and 14 o'clock, the operation mode following the payment mode code "OO1" is "l O".
845II.

They are "'1000,""1200," and "1400." Similarly, each transaction mode and its driving mode are stored following the weekday designation code "01", and each transaction mode and its driving mode are stored following the holiday designation code "11".

Each transaction mode and its operation mode for each specified code above are as follows:
For each automatic transaction device, the information is transmitted and registered from, for example, a central system, or is registered as a file of an operation control program.

When the power of the automatic transaction@place shown in Figure 2 is turned on, CPU1
executes the processing shown in FIG. The CPU 1 transmits a telegram requesting opening of an office to the central system from the line control unit 4, to which a device identification code for identifying each automatic transaction device is added (step 21).

ji transmitted from the central system in response to this opening request.
The one-station message is supplied to the CPU 1 from the line control section 4. The opening message includes at least a device identification code for specifying an automatic transaction device, a type code for identifying whether it is an opening message, and a designation code.

The CPU 1 of the automated teller machine designated by the device identification code in the opening message reads the designated code in the opening message (step 23). This designation code is determined in a central system having a calendar function by determining whether the day is a weekday, Saturday, or holiday. CPU
Step 1 is to read out each transaction mode and its operation mode registered in the memory 2 with the same designation code as the one in the opening message (step 24). Next, operation switching times are collected from each read transaction mode and its operation mode (step 25). For example, if the designation code of the rM station telegram is "10", which supports Saturday, as shown in the table above,
At 8:45 a.m., instructions were given to start operating the payment mode, deposit mode, transfer mode, and lending mode, and at 10 a.m., instructions were given to start operating the transfer mode, and at 12:00, the operation of the deposit mode and transfer mode was instructed. At 14:00, an operation switching table is edited which instructs the end of operation of all transaction modes and instructs the opening of the transaction mode. The operation switching table edited in this way is transferred to the work area of the memory 2 and stored (step 26). Thereafter, the CPU 1 compares the current time supplied from the clock mechanism section 5 with the operation switching time in the operation switching table, and displays the transaction mode corresponding to the current time on the screen of the display section 16 (step 27
).

For example, when step 27 is executed at 8:50, the display unit 16 displays the transaction modes of payment, deposit, shake, and loan. Thereafter, the automatic transaction device is opened (step 28).

After opening, the CPU'+ executes transaction processing according to the user's operation on the 4-1 board section 18, and also compares the current time supplied from the clock mechanism section 5 with the operation switching time in the operation switching table. (Step 29). Here, if the current time matches the operation switching time, the process moves to step 30, and if they do not match, step 29 is not repeated. In step 30, the transaction mode displayed on the screen of the display section 16 is switched. For example, when the current time reaches 10 o'clock and step 30 is executed, transaction modes such as payment, deposit, transfer, transfer, and loan are displayed on both sides of the display section 16, and the user can select these transaction modes. Something is displayed. After that, in step 29, it is determined whether the current time that is determined to match the operation switching time corresponds to the opening of the operation switching table (step 31), and if it is not the opening time, the process moves to step 29. Repeat the above process. Also, if it is determined that it is the opening time, cp
ui performs an opening process (step 32), and ends the process shown in the third diagram.

In other words, at the time of opening when the automated transaction device and the central system are connected, the central system specifies the specified code corresponding to that day to the automated transaction device, and the automated transaction device selects the transaction mode corresponding to the specified code and its operation. The mode is selected, and when the operation switching time comes, the transaction mode is automatically switched and operation is performed. This eliminates the need for a staff member to change the setting of the operation switching time. In addition, the automatic transaction mode of the present invention can also be automatically switched by sending a driving command from the central system to each automatic transaction device every time the current time reaches the operation switching time. Since the equipment only needs to be designated with an accuracy designation code when opening a station, the burden on the central system can be reduced.

Note that the memory 2 may store an operation switching table for each specified code, and is not limited to the above embodiment.

In this case, the operation switching time editing process (
There is no need to provide step 25).

〔Effect of the invention〕

As described above, the automatic transaction device according to the present invention specifies a designated hood from the central system at the time of opening, and changes the transaction mode to the own fJl at the operation switching time corresponding to this designated code.
Since switching can be performed, there is no need for staff to change the setting of the operation switching time, and the central system's negative 10
It has features such as small size.

[Brief explanation of drawings]

FIG. 1 is a diagram showing the overall configuration of the present invention, FIG. 2 is a block system diagram of an embodiment of the device of the present invention, and FIG. 3 is a diagram showing the C shown in the second diagram.
3 is a flowchart of an example of processing executed by a PU. DESCRIPTION OF SYMBOLS 1...CPU, 2...Memo 1c4...Line control section, 5...Clock-like structure, 16...Display section, A...Automatic transaction device body, B... Memory means, C... selection means. Patent applicant: Hitachi, Ltd. Figure 1

Claims (1)

[Claims] When the station opens, it is electrically connected to the central system, and the clock mechanism compares the current time with the operation switching time of each transaction mode such as deposit and payment, and when the current time reaches the operation switching time, the operation of that transaction mode is started. In an automatic transaction device that performs switching, a designated code is defined to be different for each predetermined day, and a storage means is provided that stores in advance the transaction mode that can be traded and the operation switching time for each specified code, and An automatic transaction device comprising a selection means for selecting a transaction mode and its operation switching time from the storage means in response to a designation code designated by the central system at the time of starting business.