JP3117437U - Automatic teller machine - Google Patents

Abstract

In a touch panel device having a function for displaying a password or displaying a key-like image and inputting a password from the screen, a plurality of Japanese keys 0 to 9 and a number-key-like image are displayed. Accidents and crimes can be prevented by using automatic teller machines that are arranged, written, engraved, or displayed so that the correspondence between numbers and letters can be determined so that the correspondence between numbers and letters can be determined. It becomes.
[Effects] If you choose a phrase that is easy to remember, you can easily apply it to the PIN, and if you select a phrase that is easy to remember, even a long phrase or sentence, you can use a current PIN that is longer than four digits. For example, even if a part of the code number leaks to a third party due to peeping or an accident, it is extremely difficult to infer the whole word / phrase used for conversion from the number. Therefore, it has an effect of encouraging the use of a password that is resistant to leakage.
[Selection] Figure 1

Description

The present invention relates to an automatic teller machine that is used in bank transactions.

Conventional automatic teller machines used at banks or post offices are issued by the administrator or arbitrarily created by the administrator, such as the account number recorded on the cash card issued by the administrator of the bank. Personal authentication is performed using a personal identification number that is reported to the administrator.

Clarification of device

Problems that the device tries to solve

However, in self-reporting, in many cases, a personal identification number that can be inferred by a third party, such as the date of birth or telephone number, is often used for ease of remembering. Accidents in which bank automatic payment cards, bankbooks, identification cards, etc. have been passed over to third parties due to loss or theft, and deposits are withdrawn from automatic teller machines by PINs estimated from their birth dates or telephone numbers. And crimes are frequent.

In order to prevent this, it is required to create a personal identification number with numbers that are not related to personal information, but if there is no relationship, there is a high possibility of forgetting.

Also, the older you are, the more difficult it is to remember your PIN.

Means for solving the problem

In order to prevent these accidents and crimes, a numeric key from 0 to 9 and a numeric key shape are used in a keyboard for inputting a personal identification number or a touch panel device having a function of displaying a key-like image and inputting the personal identification number from the screen. If you use an automated teller machine that arranges, describes, or stamps or displays multiple Japanese, English, or national characters on each image so that the correspondence between numbers and letters can be determined It becomes possible.

The embodiment will be described with reference to the drawings. As shown in FIG. 1, a key-like graphic usually referred to as a numeric keypad is provided on a touch panel used for inputting a personal identification number in a conventional automatic teller machine. We made an automatic teller machine with a touch panel that displays not only numbers but also multiple hiragana characters in each Japanese alphabetical line, and allows you to enter your PIN from that screen.

The personal identification number was first created using the correspondence table shown in FIG. 2 and registered in the automatic teller machine. That is, for example, when “Sakura Saisai” is selected as an easy-to-remember word, those characters are associated with the hiragana columns in the table of FIG. 2 and replaced with numbers in the same row, “3292314” is obtained. This was previously registered in the automatic teller machine as a password. However, here, the muddy sound “ga” is associated with “ka” excluding the muddy point “”. In this way, the rules for making the muddy sound and semi-voiced characters of “Papipupepo” correspond, excluding the muddy point and the semi-voiced character.

Next, when entering the PIN to the automatic teller machine, if you focus on the hiragana displayed on the key in Fig. 1 and press the key "Sakura Sasai", it will press the numeric string "3292314". It is the same meaning as that, and it is nothing but inputting the personal identification number “32923314”.

In this example, the correspondence table shown in FIG. 2 is used to create a personal identification number. However, there is no problem even if the panel of the automatic cash dispenser shown in FIG. 1 is used for creation.

In the embodiment, a key-like image in which alphabets are additionally described in the hiragana portion of the key in FIG. 1 so as to have the relationship between the numbers and alphabets in FIG. 3 was also created, and an attempt was made to create a password in English. As a matter of course, a PIN number associated with an English word or English text could be created and used for an automated teller machine. Therefore, it is clear that any language in the world can be used if a clear rule for correspondence between numbers and letters is made.

In the case of hiragana, for example, “Aiueo” at “1” can be used to input a code number sufficiently even with only the first character of each line in alphabetical order like “A”. I also confirmed that.

Effect of device

It is said that humans can easily memorize at most 4-5 digits. However, on the other hand, it is well known that the memory of words is quite good, as represented by how to remember numbers in word matching.

This is obvious from the fact that a DNS server that handles mutual conversion of IP addresses and domain names is essential for the Internet system.

Moreover, with the 4-5 digit numbers frequently used in the current automatic teller machine, it is possible to obtain a number that coincides with the code number by making a combination of numbers. On the other hand, increasing the number of digits naturally reduces the probability of matching, but makes the numbers difficult to remember. There is a limit to simply remembering numbers in this way, and the difficulty increases.

On the other hand, according to the method of the present invention, it is obvious that if an easy-to-remember word / phrase is selected, it can be easily applied to the use of a personal identification number, and the effect is unquestionable. In addition, if a long word or sentence that is easy to remember is selected, it is possible to use a current PIN with a length of 4 digits or more.

In addition, when multiple characters correspond to a single number as in the present invention, even if some passwords leak to a third party due to peeping or accidents, the numbers are used for conversion. It is extremely difficult to analogize the whole phrase. Therefore, the present invention has an effect of encouraging the use of a password that is more resistant to leakage.

As described above, it is clear that the present invention has an unprecedented effect in creating, managing, and operating a password. Moreover, when using such a PIN code system, the current mainstream touch panel type automatic teller machine needs only to change the display part of the key image on the program, such as user authentication and cash payment control unit. There is no need to modify the main system of the automatic depositing and dispensing machine. Therefore, we are confident that it can be easily used in cash handling industries such as banks and post offices.

Furthermore, the keyboard part or the touch panel part for displaying the key-like image of the present invention is separated, and can be applied to, for example, credit card authentication devices, lock keys for lockers, doors, safes, etc. It can be said that the possibility of use in this direction is great.

Touch screen type automatic teller machine PIN input screen Numbers and hiragana correspondence table Number and alphabet correspondence table

Claims (2)

In a keyboard for inputting a PIN code or a touch panel device having a function of displaying a key-like image and inputting the PIN number from the screen, a plurality of Japanese or English characters are assigned to each of the numeric keys 0 to 9 and the numeric key-like image. Or an automatic teller machine that arranges, describes, or stamps or displays national characters so that the correspondence between numbers and characters can be determined. A credit card authentication device, a lock key for a locker, a door, a safe, etc., and a numeric keypad of a personal computer keyboard for security, wherein the keyboard unit or the touch panel unit for displaying a key-like image is separated.

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