JPS62196794A - Validation printable electronic equipment - 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 [Technical Field] The present invention relates to an electronic device capable of printing authentication for use in counter operations at banks and the like.

<Technical Background of the Invention and its Problems> Conventionally, an authentication printing device used for counter operations at banks and the like has had a single authentication printing function. In other words, the printing unit prints the input data in response to a single print instruction means. Therefore, when performing multiple types of authentication printing depending on the data type, it is necessary to use different authentication printing devices for each data type. Otherwise, the settings of the device were changed depending on the data type for each type of authentication printing.

Therefore, when performing multiple types of authentication printing according to data types, this operation is complicated and has poor operability.

<Objective of the Invention> An object of the present invention is to provide an apparatus which can eliminate the problems of the conventional apparatus as described above and simplify the authentication printing of various data.

Specifically, in an electronic device capable of authentication printing, multiple memory means for individually storing the authentication printing instruction key and each data processed by this printing instruction key are provided, so that multiple types of authentication printing can be performed on the same device. It is designed so that it can be processed arbitrarily.

Furthermore, the present invention provides a part of the storage means for storing the processing data of the plurality of print instruction means, so that the plurality of print instruction means can be used in combination by providing an instruction area for instructing the combination of the print instruction means. This is what I did.

<Embodiments of the Invention> The present invention will be described in detail below along with embodiments shown in the drawings.

FIG. 1 is a diagram showing a block configuration of an electronic device used in counter operations at a bank, etc., in which the present invention is implemented, and 1 indicates authentication print instruction keys (VAL-1 to VAL-4) according to the present invention.
, data input keys 1 for inputting various data; keyboard means equipped with message setting means for inputting and setting various messages; and 3 the keyboard means! Pre-storage means (ROM) for various data or instructions inputted from
2, processing means for processing according to the program and message conversion table TM stored in 4, various data processed by the processing means 3 (number of times of authentication printing a 1 in VAL-1 to VAL-4, VAL-1 to VAL -4 authentication printed amount a2, sharing of VAL-1-VAL-4
5 is a display means for displaying the data processed by the processing means 3, and 6 is the display means for displaying the data processed by the processing means 3 by the authentication printing instruction means (VAL). -1-VAL-4) is a printing means that prints according to the instructions.

FIG. 2 is a flowchart showing the specific operation of the electronic device described above, and the specific operation will be explained below according to this flowchart.

When using the device according to the present invention, the operator stores data necessary for using the device in a predetermined area of the storage means 4.

(Setting various data) To set the data, the operator must first set the device to mode 5 W.
(MS) is selected as the setting mode position, and the processing means 3 is
A setting program for various data stored in advance in M2 is selected.

A. Whether or not to share the authentication printing instruction key When sharing any of the authentication printing instruction keys (vAL-1 to VAL-4), the operator must share the sharing instruction keys (A to D
, corresponding to VAL-1 to VAL-4), and select which key to share with VAL-1 to VAL-.
Instruct using the 4 key.

Upon receiving this instruction, the processing means 3 stores the shared information (A-D) in the corresponding area of the area a3 of the storage means 4 according to a predetermined program stored in the ROM 2.

Specifically, the codes for each key of VAL-1-VAL-4 are configured as shown in Table-IA below, and VAL-1 and VAL-2, VAL-3 and VAL
-4, the settings for storage means 4 are shown in the table below-
It is set as per IB.

Table-IB B. Message Settings” The sharing of the VAL key is set up in a double series.
Next, in order to set a specific message to each VAL key, the operator sequentially inputs a message code using the message setting instruction means of the input means 1 and the alphanumeric key, and when the code input is completed, the VAL key is pressed. 1
1 to instruct the processing means 3 which VAL key the setting is for.

Upon receiving this instruction, the processing means 3 stores the desired message in the area a4 of the storage means 4 according to the message setting program stored in the ROM 2 in advance using the message code to message conversion table TM stored in the ROM 2 in advance. Let it be set.

The conversion from the message code described above to a message can be easily realized using currently widely used technology, so it will not be described in detail here. When the settings are completed and data required for authentication printing is generated, the operator uses the input means (2) to temporarily store the data in the buffer Bu of the storage means 4 via the processing means 3 and display it on the display means 5. Next, VAL-1~ is used to indicate which authentication key the data inputted by the operator corresponds to.
Suppress any degree of VAL-4. The processing means 3 that has received this suppression signal checks the settings in area a4 of the storage means 4, and determines whether the currently suppressed VAL key is instructed to be shared with another VAL key.

If the original VAL key is set to be shared with another key, the processing means 3 increments the number information of the al area of the designated VAL key by 1.

On the other hand, if this sharing is not instructed, the number information of the a1 area of the currently suppressed VAL key is incremented by 1.

Next, the processing means 3 updates the authentication data area of the a2 area of the corresponding VAL key, and also updates the message area a4.
It is confirmed whether the message information is stored in the storage means 4, and the message information and the authentication data stored in the buffer (Bu) of the storage means 4 are printed on a slip or the like by the printing means 6 for authentication.

Each time authentication data is generated, the above series of operations is repeated to execute a predetermined printing operation.

<Effects of the Invention> As described above, according to the present invention, multiple types of authentication prints of different types can be printed with one device, and each authentication print instruction key can be used in combination, so it is extremely versatile. It is possible to provide useful electronic equipment.

[Brief explanation of drawings]

FIG. 1 is a diagram showing a block configuration of an electronic device embodying the present invention, and FIG. 2 is a flowchart showing a specific operation of the electronic device according to the present invention. 1: input means, 2: ROM, 3: processing means.

Claims (1)

[Claims] 1. an input means provided with data input keys for inputting various data, and a plurality of print instruction means in relation to the data types in order to perform authentication printing for each type of data according to the types of data input by these input keys; processing means for processing the data or instructions inputted from the input means according to a program stored in advance in the storage means; and a processing means for temporarily storing the data processed by the processing means and for processing a plurality of print instructions of the input means. a storage means having a plurality of areas for storing processing data related to each print instruction means corresponding to the means; a display means for displaying data etc. processed by the processing means; and an instruction for the print instruction means. Accordingly, an electronic device capable of authentication printing is provided with a printing means for printing data etc. processed by the processing means on a slip, etc., and stores processing data corresponding to each of the plurality of printing instruction means. An instruction area is provided in a part of the plurality of storage areas for storing combination data instructing the combination of the print instruction means, and the combination data makes it possible to use the plurality of print instruction means in combination. An electronic device that can print authentication features.