JP6976071B2 - Station affairs equipment for staff with a protection function for displaying personal information - Google Patents

Description

An embodiment of the present invention relates to a station clerk's station affairs device and a clerk's station affairs equipment system having a protection function for displaying personal information.

In recent years, the automation of station affairs equipment has progressed, and passengers and other users have come to be able to receive various services. However, in the past, while operating the station affairs equipment for staff members installed at the station window, the name, age, telephone number, date of birth, etc. of the personal information operated and input by the staff members could be stolen by other users. There was a request to make it difficult to see or to make it difficult to understand what was entered.

As a known technique related to the present invention, a password is input from a numeric keypad of a mobile phone, and a number arrangement image in which numbers are arranged on each key is displayed on the display unit in the same arrangement as the button arrangement of the numeric keypad. .. When entering the security code, it is stated that by operating the numeric keypad at the same position as the numerical value in the displayed number arrangement image, the security code with a value different from the actually operated numeric keypad is input (). See Patent Document 1).

Japanese Unexamined Patent Publication No. 2009-199581

In the method described in Patent Document 1 described above, when a high-security numerical value such as a personal identification number is input, a numerical value randomly generated by a random number is displayed at the position of the numeric keypad to be input, and a personal identification is used from the outside by a normal key arrangement position. This is an attempt to prevent the analogy of numbers. However, the numeric keypad generated and displayed by a random number displays a numerical value of a normal size, and has a problem that it can be discriminated when it is intentionally visually recognized from the outside.

The present invention has been made to solve the above-mentioned problems, and when a staff member operates a staff station service device installed at a station window, the name, age, and telephone number of highly secure personal information are used. Or, in order to prevent the date of birth from being stolen by other users, the number ten-key button has a small number that is difficult to see except for the staff at the end of the number ten-key button in addition to the normal number. Numbers are arranged, and in addition to the characters such as Katakana characters and alphabetic characters of normal characters on the Katakana Tenkey Button and Alphabet Tenkey Button, normal characters are placed at the end of the Katakana Tenkey Button and Alphabet Tenkey Button for each row or column. Unlike the staff, the small katakana and small letters that are difficult to see are arranged so that they can be updated for each job, so that the staff can operate and input personal information while operating the station equipment for staff. Regarding station affairs equipment for staff with a protection function for displaying personal information, which can prevent other users from stealing names, ages, telephone numbers, dates of birth, etc.

In order to achieve the above object, the service equipment for staff members having the protection function for displaying personal information described in the claim of the present invention is installed at the station window and operated by the staff members in response to a request from a user such as a passenger. It has a station affairs equipment for staff members equipped with a protection function for displaying personal information that provides various services to the user, and a host device connected to the station affairs equipment for staff members so as to be able to communicate with each other via a communication line. The station affairs equipment for clerk having a protection function for displaying personal information of the station affairs equipment system for clerk, which is a display means for displaying the items necessary for operation on the display screen to the clerk, and the above-mentioned. The business button and ten-key button displayed on the display screen are connected to an operation display unit having an input means capable of inputting from a touch panel arranged on the display screen, a communication means for communicating with the host device, and the operation display unit. It is provided with a control unit that controls them and a storage unit managed by this control unit, and the control unit displays characters to be displayed on the ten-key button in a button display-input value correspondence table for next use. When displaying according to a predetermined standard based on the set information value, the transmission request of the button display-input value correspondence table is transmitted to the host device 4, and the button display-input value correspondence table is received from the host device and the storage unit. If the information stored in the information entered by the input means corresponds to the name, age, telephone number or date of birth of highly secure personal information, in addition to the characters normally displayed on the ten-key button. At the end of each of the ten-key buttons, a lower letter that is different from the normally displayed characters and is difficult for other users to see is displayed as a button-according to the next use set information value set in the input value correspondence table. It is characterized by displaying and displaying lowercase letters according to the next use set information value set based on the button display-input value correspondence table when the screen orientation of the operation display unit is an installation type in which the screen can be seen by the user. And.

Schematic configuration diagram of the station affairs equipment system according to the first embodiment. FIG. 6 is a schematic configuration diagram of an operation display unit / control unit 10 constituting the station affairs equipment for staff according to the first embodiment. An example of the operation screen of the operation display unit according to the first embodiment. An example of the numerical numeric keypad button display of the operation display unit according to the first embodiment. An example of the next use set information value for the numeric keypad of the operation display unit according to the first embodiment. An example of the katakana numeric keypad display character of the operation display unit according to the first embodiment. An example of the next use set information value for the katakana numeric keypad of the operation display unit according to the first embodiment. An example of an alphabetic numeric keypad button display of the operation display unit according to the first embodiment. An example of the next use set information value for the alphabetic numeric keypad of the operation display unit according to the first embodiment. The flowchart of the station affairs equipment for the staff having the protection function of the personal information display which concerns on Example 1.

In the present embodiment, the operation of the staff station affairs equipment and the staff station affairs equipment system having the protection function of personal information display according to the present embodiment will be described below with reference to the drawings.

FIG. 1 is an example of a schematic configuration diagram of the station affairs equipment system 100 according to the first embodiment. The station affairs equipment system 100 is an example of a relatively small system, in which a staff station affairs equipment 1, a ticket gate 2 as an entrance machine, a ticket gate 3 as a participation machine, and a host device 4 are connected to each other via LAN 5. It shows the case where it was done. Normally, the host device 4 is often connected to the center device 7 via the communication line 6, but since this part is not the purpose of the present invention, it is displayed as a broken line and the description thereof will be omitted.

The station affairs equipment 1 for staff includes an operation display unit / control unit 10, a magnetic card processing unit 20, a magnetic ticket issuing unit 30, a ticket issuing unit 40, a mobile tray unit 50, a customer display unit 60, and a journal printer unit 70. It includes a staff card reading device 80, an automatic change machine 90 as an automatic deposit / withdrawal device, a power supply control unit (not shown), and the like.

The operation display unit / control unit 10 includes an operation display unit 11 and a control unit 12, and can communicate with each unit constituting the staff station service equipment 1, and the entire staff station service equipment 1 can be communicated with each other. To control. Details will be described later.

The magnetic card processing unit 20 includes an insertion / return unit, a magnetic processing unit, a printing unit, a punching unit, and the like (not shown), and processes a magnetic ticket.

The insertion / return section inserts and returns magnetic cards, magnetic commuter passes, Edmondson tickets (ordinary tickets, coupon tickets), and large tickets.

The magnetic processing unit reads and writes magnetic information on magnetic cards, magnetic commuter passes, large tickets, and Edmondson tickets.

The printing unit does not print on magnetic commuter passes, but prints on the front side of large tickets and Edmondson tickets, and prints on the front and back sides of magnetic cards.

The punch section does not punch the magnetic commuter pass, but punches the magnetic card at a position that matches the amount of money. In addition, an admission punch will be given for Edmondson tickets and large tickets.

The magnetic ticket issuing unit 30 writes and reads magnetic encoding information, commuter ticket magnetic information, and name magnetic information for magnetic tickets (magnetic commuter pass, large ticket, Edmondson ticket).

The ticket issuing unit 40 includes a control unit, a processing mechanism unit, a power supply unit, and the like.

The control unit controls the ticket issuing unit 40 and communicates with the operation display unit / control unit 10.

The processing mechanism unit includes an insertion / return unit, a hopper unit, a wireless R / W unit, a print processing unit, and the like.

The insertion / return unit inserts and returns the IC card.

The hopper unit is removable by storing a plurality of IC cards (for example, 100 cards) in a cassette provided inside.

The wireless R / W unit reads and writes the IC card.

The print processing unit prints the IC commuter pass, ICFS card (registered type), and renewal (rewrite) of the old card. Printing and erasing are performed with a thermal head.

The mobile tray unit 50 includes a control unit, a wireless R / W (Read Write) unit, an antenna surface display unit, a power supply unit, and the like, and is compact and lightweight, so that it can be easily moved. This is the reason why it is called the mobile tray section. In this embodiment, the mobile tray section 50 is installed at a ticket counter at a station, and when an IC ticket possessed by a user such as a passenger is held over the antenna surface display section, the IC ticket is read and written. conduct. In addition, it communicates with the operation display unit / control unit 10 described above.

The passenger display unit 60 displays the received amount, the refund amount, the card balance, and the like to users such as passengers.

The journal printer unit (receipt printer) 70 prints out business-specific data, deadline data, and the like on recording paper according to a predetermined format.

The clerk card reading device 80 is a reading device that is connected to the control unit 12 of the operation display unit / control unit 10 via USB and reads the clerk card carried by the clerk.

The automatic change machine 90 includes an automatic coin change machine 91, an automatic bill change machine 92, and a coin tray 93.

The automatic change machine 90 consists of 6 domestically issued coins (1 yen, 5 yen, 10 yen, 50 yen, 100 yen, 500 yen) and 4 types of Japanese bank tickets (1000 yen (including old bills), 2000 yen, Handles 5,000 yen (including old bills) and 10,000 yen (including old bills). Change is released and deposits / withdrawals are made in conjunction with the ticket counter processing machine (corresponding to the station affairs equipment 1 for staff in this embodiment).

The coin automatic change machine 91 has a coin insertion slot 912, and by inserting change reserves and receipts from the coin insertion slot 912, coins are conveyed inside and a coefficient is performed. In addition, coins will be paid out from the coin storage. The amount of money deposited and paid out is coefficiented, and the amount of money in the change machine is managed by the coin change machine alone. The managed amount can be notified to the operation display unit / control unit 10.

The automatic banknote change machine 92 has a banknote entrance, and by inserting banknotes for change reserves and receipts from the slot, the banknotes are conveyed to the inside and a coefficient is performed. In addition, banknotes are paid out from the banknote storage unit. The amount of deposits and withdrawals is counted, and the amount of money in the change machine is managed by the banknote change machine alone. The managed amount can be notified to the operation display unit / control unit 10.

The coin tray 93 is a manual coin tray. Each coin can be stored in the tray. When the money entrusted by the user cannot be recognized by the automatic coin change machine, the coins stored in this tray can be used as a substitute.

FIG. 2 is a schematic configuration diagram of an operation display unit / control unit 10 constituting the staff station equipment 1 according to the first embodiment. As described above, the operation display unit / control unit 10 includes an operation display unit 11 and a control unit 12.

The operation display unit 11 has a display means having a color LCD 11a for displaying items necessary for operation, and an input means composed of a numeric keypad (synonymous with display) arranged on the color LCD 11a, a business button, a condition button, and the like. However, it is configured to have a touch panel 11b that can be input by pressing these numeric keys, business buttons, condition buttons, etc. with a finger.

The control unit 12 is configured by connecting a CPU 12a, a memory 12b, a storage unit 12c (magnetic disk (HDD)), a keyboard 13, a mouse 14, and the like, and is connected to the serial interface 12d, the parallel interface 12e, or the LAN interface 12f. It controls each part constituting the station affairs equipment 1 for staff and is connected to the host device 4 in a communicable manner.

FIG. 3 is an example of an operation screen of the operation display unit 11 according to the first embodiment. The illustrated operation screen is an example in the case of IC commuter pass erroneous issuance and reissuance business. It is a standard operation display unit. On the left side of the figure, item buttons such as name, date of birth, age, ..., etc. related to the business are displayed. On the right side of the figure, the numeric keypad 11a is displayed. In this embodiment, a number different from the normally displayed number is displayed at the end of each numeric keypad 11a (the black circle in the lower right in the illustrated example).

In this embodiment, when the input item related to the business corresponds to the personal information input, a number different from the number normally displayed at the end of each numeric keypad 11a (hereinafter referred to as a small number) is displayed. NS. This decimal number is used for the actual input.

An example is shown below. In the case of the above-mentioned IC commuter pass misissuing and reissuing business, when the original ticket (IC ticket before reissuing) owned by the user is read by the mobile tray section 50 or the ticket issuing section 40, the IC is used. The electronic information registered in the ticket is displayed on the left side of the operation display unit 11.

For example, when the user's name is changed due to a typographical error or other reasons (marriage, etc.), pressing the name button displays the name input screen (see FIG. 6). FIG. 6 is a katakana input screen, but it is also possible to input a name using the alphabetic character input screen shown in FIG.

In addition to the above-mentioned name, it is also possible to input the date of birth, age, telephone number, etc. as the part related to the personal information display related to this embodiment.

Since the above-mentioned date of birth, age, and telephone number are numerical information, they can be input using the numeric keypad 11a displayed on the right side of FIG.

FIG. 4 is an example of the numerical numeric keypad button display of the operation display unit 11 according to the first embodiment. FIG. 5 is an example of the next use set information value for the numeric keypad of the operation display unit 11 according to the first embodiment.

In this embodiment, as described above, when the input item related to the business corresponds to the personal information input, the number normally displayed at the end of each numeric keypad button (the lower right part in the illustrated example). A small number different from is displayed. The small numbers of the set number 1 corresponding to the illustrated normally displayed numeric keypad button display "0, 1, 2, 3, 4, 5, 6, 7, 8, 9" correspond as follows.

(In the case of set number 1)
Button display "0" → decimal number "5"
Button display "1" → decimal number "8"
Button display "2" → decimal number "7"
Button display "3" → decimal number "6"
Button display "4" → decimal number "3"
Button display "5" → decimal number "1"
Button display "6" → decimal number "0"
Button display "7" → decimal number "2"
Button display "8" → decimal number "9"
Button display "9" → decimal number "4"
Therefore, the effect is that when the telephone number "012-345-6789" as personal information is input, the normal display button "657-490-3218" in which a small number is displayed is input. Since it is visually recognized by other users that "657-490-3218" has been input, it is possible to prevent other users from being snooped on.

In this embodiment, the small numbers described above are displayed according to the following predetermined criteria.

(1) Limited use of small numbers Displayed when entering personal information such as passengers such as date of birth, age, and telephone number. However, which is personal information is determined by the specifications of this product and may not be limited to this.

(2) Update the association between the button display and the small number for each job The association between the button display and the small number is set based on the next-time use set information value for the numeric keypad shown in Fig. 5, and the small number is displayed according to a predetermined standard. Will be done.

In this setting method, after the power of the staff station equipment 1 is turned on, the control unit 12 of the staff station equipment 1 transmits a transmission request of the button display-input value correspondence table to the host device 4 in the initialization process. ..

The host device 4 receives the transmission request of the button display-input value correspondence table from the staff station equipment 1, and transmits the button display-input value correspondence table to the staff station equipment 1 that has made the transmission request. ..

The staff station equipment 1 stores the button display-input value correspondence table received from the host device 4 in the storage unit 12c managed by the control unit 12.

Button display-Multiple sets of next-time use set information values for the numeric keypad are stored in the input value correspondence table, and the control unit 12 sets 1 small number corresponding to the number normally displayed on the above-mentioned numeric keypad button 11a. The set is read and displayed on the operation display unit 11. FIG. 4 is displayed in this way, and FIG. 5 shows a state in which N sets (set numbers 1 to set number N) of small numbers corresponding to normally displayed numbers are stored.

After the power is turned on, one set shown in set number 1 is displayed as a small number corresponding to a normally displayed number.

After the work is completed, the set number is incremented (+1) to become set number 2. When the next work is performed in this state, one set shown in the set number 2 is displayed as a small number corresponding to a normally displayed number as follows.

(In the case of set number 2)
Button display "0" → decimal number "8"
Button display "1" → decimal number "3"
Button display "2" → decimal number "4"
Button display "3" → decimal number "5"
Button display "4" → decimal number "1"
Button display "5" → decimal number "0"
Button display "6" → decimal number "2"
Button display "7" → decimal number "6"
Button display "8" → decimal number "7"
Button display "9" → decimal number "9"
After the above-mentioned increment is repeated and the set number reaches N, the process returns to set number 1 and the increment is repeated for each business operation.

(3) Display method of small numbers The purpose of small numbers is to prevent the personal information of users from being stolen by other users, but the visibility of small numbers by the staff is poor and the operation is performed. It is difficult to achieve that purpose if the sex is significantly impaired. In that case, it is also possible to display the small number by applying a color for displaying the small number and / or contrast to the small number. It should be noted that the method of displaying small numbers in contrast to the characters normally displayed by applying the above colors and / or contrast can be applied to the display of small katakana characters or small alphabetic characters described later. Not as good.

FIG. 6 is an example of katakana numeric keypad display characters of the operation display unit according to the first embodiment. FIG. 7 is an example of the next use set information value for the katakana numeric keypad of the operation display unit 11 according to the first embodiment.

In this embodiment, as described above, when the input item related to the business corresponds to the personal information input, it is normally displayed at the end of each katakana numeric keypad 11b (the lower right part in the illustrated example). Small katakana characters different from katakana are displayed. The small katakana characters of set number 1 corresponding to the normally displayed katakana button display "a, i, u, e, o" and "ka, ki, ku, ke, ko" as shown below correspond as follows. ..

(Set number 1)
Button display "A" → Small katakana character "E"
Button display "I" → Small katakana character "U"
Button display "U" → Small katakana character "O"
Button display "D" → Small katakana character "A"
Button display "O" → Small katakana character "I"
Button display "ka" → small katakana character "ku"
Button display "ki" → small katakana character "ko"
Button display "ku" → small katakana character "ke"
Button display "ke" → small katakana character "ka"
Button display "ko" → small katakana character "ki"
Similarly, the corresponding small katakana characters are displayed for the other katakana numeric keypad 11b shown in FIG.

Therefore, the effect is the same as in the case of the numeric keypad described with reference to FIGS. 4 and 5, and it is possible to prevent it from being snooped by other users.

In this embodiment, when displaying the above-mentioned small katakana characters, they are displayed according to the following predetermined criteria.

(1) Displayed when entering the name, which is the personal information of passengers and other users. However, which is personal information is determined by the specifications of this product and may not be limited to this. For example, when inputting an address or the like in katakana, it is included in the scope of the present invention.

(2) Update the association between the button display and the small katakana characters for each business The association between the button display and the small numbers is set based on the next use set information value for the katakana numeric keypad shown in FIG.

In this setting method, after the power of the staff station equipment 1 is turned on, the control unit 12 of the staff station equipment 1 transmits a transmission request of the button display-input value correspondence table to the host device 4 in the initialization process. ..

The host device 4 receives the transmission request of the button display-input value correspondence table from the staff station equipment 1, and transmits the button display-input value correspondence table to the staff station equipment 1 that has made the transmission request. ..

The staff station equipment 1 stores the button display-input value correspondence table received from the host device 4 in the storage unit 12c managed by the control unit 12.

Button display-The input value correspondence table stores multiple sets of next-use set information values for the katakana numeric keypad.
However, unlike the case of small numbers, the small katakana characters are the small katakana characters in the a line corresponding to "a, i, u, e, o" (defined as the a line) normally displayed on the katakana numeric keypad button. Correspond to "A, I, U, E, O". Similarly, the ka line, sa line, and so on correspond to the small katakana characters in the line. The reason for this correspondence is that if small katakana characters are randomly associated with the normally displayed katakana button display, it takes time for the staff to search for katakana, and operability may be significantly impaired. .. Therefore, the correspondence of small katakana characters is limited to the range of lines such as a line and ka line, so that the operability of the staff is not significantly impaired, and it is prevented from being snooped by other users.

After the above-mentioned increment is repeated and the set number reaches N, the process returns to set number 1 and the increment is repeated for each business operation.

FIG. 8 is an example of an alphabetic numeric keypad button display of the operation display unit according to the first embodiment. FIG. 9 is an example of the next use set information value for the alphabetic numeric keypad of the operation display unit 11 according to the first embodiment. The small alphabetic character display corresponding to the alphabetic numeric keypad button display has differences between katakana and alphabetic characters, but they are basically the same, so only the different parts will be explained.

The button display-input value correspondence table stores a plurality of sets of next-use set information values for the alphabetic numeric keypad, and the control unit 12 uses the small alphabetic characters corresponding to the alphabetic characters normally displayed on the alphabetic numeric keypad 11c described above. Is read as one set and displayed on the operation display unit 11. 8 (1), which has displayed this way, the set number 1 "A, B, C, D, E, F, G " portion only shown in FIG. 8 (2).

FIG. 9 shows a state in which N sets (set numbers 1 to set number N) of small alphabetic characters corresponding to normally displayed alphabetic characters are saved.

After the power is turned on, one set shown in set number 1 is displayed as a small alphabetic character corresponding to the alphabetically displayed alphabetic character.

After the work is completed, the set number is incremented (+1) to become set number 2. When the next work is performed in this state, one set shown in the set number 2 is displayed as a small alphabetic character corresponding to the alphabetic numeric keypad button display normally displayed.

However, unlike the case of small numbers, the small alphabetic character display corresponds to "A, B, C, D, E, F, G" (defined as line A) normally displayed on the alphabetic numeric keypad button 11c. Corresponds the small alphabetic characters "A, B, C, D, E, F, G" in the A line. Similarly, the H line, the O line, and the V line correspond to the small alphabetic characters in the line. The reason for such correspondence is that if small alphabetic characters are randomly associated with the alphabetically displayed alphabetic characters, it takes time for the staff to search for the alphabetic characters, and the operability may be significantly impaired. Therefore, the correspondence of small alphabetic characters is limited to the range of lines such as a line and ka line so that the operability of the staff is not significantly impaired, and it is prevented from being snooped by other users.

After the above-mentioned increment is repeated and the set number reaches N, the process returns to set number 1 and the increment is repeated for each business operation.

The association between the button display and small numbers, small katakana characters, and small alphabetic characters will be updated for each business, but will be described for each business. For example, in the case of the erroneous issuance of the IC commuter pass shown in FIG. 3, the business is the reissuance of the erroneous issuance of the IC commuter pass, and all the items that may be changed are shown in FIG. The item of is applicable. In that case, the inclusion of the set number described above is performed after all the corrections of the respective items are completed. That is, after pressing the "OK" button in the case of the numeric keypad 11a, pressing the "OK" button in the case of the katakana numeric keypad 11b and the alphabetic numeric keypad 11c, and after all other inputs are completed, the above set number is updated. It is done, not for each item after the correction input of each item above is completed. This is because a predetermined time is secured between the first work and the next work, so that the inclusion processing of the set number is simplified, the processing delay is prevented, and the processing is facilitated.

FIG. 10 is a flowchart of a staff station service device having a protection function for displaying personal information according to the first embodiment.

In step S01, the power of the staff station equipment 1 is turned on.

In step S02, the control unit 12 of the staff station equipment 1 transmits a transmission request for the “button display-input value correspondence table” to the host device 4 in the initialization process. The host device 4 receives the transmission request of the "button display-input value correspondence table" from the staff station affairs equipment 1, and the "button display-input value correspondence table" for the staff station affairs equipment 1 that made the transmission request. Is sent. The staff station equipment 1 stores the "button display-input value correspondence table" received from the host device 4 in the storage unit 12c managed by the control unit 12.

In step S03, the operation display unit 11 displays the work selection screen, and the person in charge is made to select the work.

In step S04, a screen for inputting / selecting an item that needs to be input / selected in the work selected by the staff in step S03 is created and displayed, and the process proceeds to step S05.

In step S05, wait until the item button for input / selection is pressed by the staff (No in S05), and when the item button for input / selection is pressed (Yes in S05), step S06. Move to.

In step S06, if it is not an item for inputting the numeric keypad (No in S06), input / selection processing for the pressed item button is performed. After the processing is completed (S07), the process proceeds to step S05, and the processing after step S05 is continued.

In the case of an item for inputting the numeric keypad in step S06 (Yes in S06), the process proceeds to step S08.

In step S08, it is confirmed that the name button corresponding to the personal information according to this embodiment is pressed (S08). If the name button is pressed as a result of the confirmation in step S08 (Yes in S08), the process proceeds to step S09.

As a result of the confirmation in step S08, if the name button is not pressed (No in S08), the press of any of the age button, telephone number button, and date of birth button corresponding to the personal information is confirmed (S12). ).

If any of the age button, telephone number button, and date of birth button is confirmed to be pressed as a result of the confirmation in step S12 (Yes in S12), the installation type regarding the screen orientation of the operation display unit 11 is confirmed (Yes). S13).

If, as a result of the confirmation in step S12, the pressing of any of the age button, the telephone number button, and the date of birth button is not confirmed (No in S12), the process proceeds to step S16.

In step S16, it is confirmed that the confirmation button is pressed. As a result of this confirmation, when the confirmation button is not pressed (No in S16), input / selection processing for other pressed item buttons is performed (S17). After the processing of step S17 is completed, the process proceeds to step S05, and the processing after step S05 is continued.

When the confirmation button is pressed in step S16 (Yes in S16), the process proceeds to step S18.

If the input of the business is not completed in step S18 (No in S18), the process proceeds to step S05 and the processing after step S05 is continued.

On the other hand, in step S18, when the input of the business is completed (Yes in S18), the set number is incremented (+1) in order to update the next use set information for each numeric keypad (S19), and the first embodiment. The processing of the station affairs equipment for staff members equipped with the protection function of personal information display related to the above is terminated.

In step S13, when the installation type regarding the screen orientation of the operation screen 11 is the screen orientation inward (screen of S13: inward), the small number is not displayed at the end of the numeric keypad button, or the small number is displayed. However, the input using the numeric keypad is not performed. This is because the operation screen is not visible to other users, so that the personal information of the user is not stolen by other users.

In this case, in step S14, the numeric keypad button is displayed on the operation display unit, and in step S15, the name input process is performed for the operation of the displayed numeric keypad button. After the processing is completed, the process proceeds to step S05, and the processing after step S05 is repeated.

In step S13, when the installation type regarding the screen orientation of the operation screen 11 is the screen orientation outward (screen of S13: outward), it is possible to prevent the personal information of the user from being stolen by other users. There is a need to. In this case, the processing after step S26 is performed.

In step S26, the control unit 12 of each button from the "button display-input value correspondence table" stored in the storage unit 12C based on the "next use set information value for numeric keypad" based on the above-mentioned set number. Read the small digit to be displayed at the end.

In step S27, the process of creating a display button capable of superimposing the normal display of the numeric keypad and the read decimal number is performed for all the numeric keypad buttons.

In step S28, the numeric keypad buttons are displayed.

In step S29, the numeric keypad button display (general term for the normal display of the numeric keypad button and the display of small numbers) is performed. After that, the process proceeds to step S05, and the processes after step S05 are repeated.

In step S09, when the installation type regarding the screen orientation of the operation display unit 11 is inward (screen of S09: inward), a small character (katakana or alphabetic character) is attached to the end of the katakana numeric keypad button or the alphabetic numeric keypad button. Do not display (general keypad), or do not enter in lowercase letters although small characters are displayed. This is because the operation screen is not visible to other users, so that the personal information of the user is not stolen by other users.

In this case, in step S10, the above-mentioned normal display katakana numeric keypad button or alphabetic numeric keypad button is displayed on the operation display unit, and in step S11, the name input process is performed by operating the displayed numeric keypad button. After the processing is completed, the process proceeds to step S05, and the processing after step S05 is repeated.

On the other hand, in step S09, when the installation type regarding the screen orientation of the operation screen 11 is the screen orientation outward (screen of S09: outward), in this case, the personal information of the user is snooped from other users. It is necessary to prevent it from being done. In this case, the subsequent processes after step S20 are performed.

In step S20, the control unit 12 of each button is based on the "next use set information value for katakana numeric keypad" based on the above-mentioned set number from the "button display-input value correspondence table" stored in the storage unit 12C. Read the small katakana characters displayed at the end.

In step S21, the control unit 12 of each button is based on the "next use set information value for alphabetic numeric keypad" based on the above-mentioned set number from the "button display-input value correspondence table" stored in the storage unit 12C. Read the small alphabetic characters to be displayed at the end.

In step 22, all characters are processed to create a display button that superimposes the normal characters of the katakana numeric keypad button and the read small katakana characters.

In step 23, all characters are processed to create a display button that displays the normal characters of the alphabet button and the read small alphabet characters in an overlapping manner.

In step 24, the katakana numeric keypad button is displayed.

In step 25, the name input process is performed. The characters of the pressed button are displayed in the name display area of the operation display unit each time an input operation is performed, and the lowercase letters corresponding to the pressed buttons are stored inside the device. After the processing is completed, the process proceeds to step S05, and the processing after step S05 is continued.

As described above, according to the staff station affairs equipment having the protection function of the personal information display of this embodiment, the clerk has security when operating the staff station affairs equipment installed at the station window. It is possible to prevent other users from stealing the name, age, telephone number, date of birth, etc. of highly personal information.

1 Station affairs equipment for staff 2 Ticket gates (entrance machines)
3 Ticket gate (participation machine)
4 Upper device 5 LAN
10 Operation display unit / Control unit 11 Operation display unit 12 Control unit 12c Storage unit 13 Keyboard 14 Mouse 20 Magnetic card processing unit 30 Magnetic ticket issuing unit 40 Ticket issuing unit 50 Mobile tray unit 60 Customer display unit 70 Journal printer unit 80 Staff card reader 90 Automatic change machine 91 Automatic coin change machine 92 Automatic banknote change machine

Claims (2)

Station service equipment for staff members, which is installed at the station window and has a protection function for displaying personal information that provides various services to the user by the operation of the staff member in response to requests from users such as passengers, and the station for the staff member. It is a staff station equipment with a protection function for displaying personal information of a staff station equipment system configured by having a higher-level device that is communicably connected to the service equipment via a communication line.
The staff member has a display means for displaying items necessary for operation on the display screen, and an input means capable of inputting business buttons and numeric keypad buttons displayed on the display screen from a touch panel arranged on the display screen. Operation display and
A communication means that communicates with the host device, a control unit that is connected to the operation display unit and controls them, and a control unit that controls them.
The storage unit managed by this control unit and
Equipped with
The control unit
When the characters displayed on the numeric keypad are displayed according to the specified criteria based on the button display-next use set information value set in the input value correspondence table.
Button display-Sends the transmission request of the input value correspondence table to the host device 4,
The button display-input value correspondence table is received from the host device and saved in the storage unit.
When the information input by the input means corresponds to the name, age, telephone number or date of birth of highly secure personal information, the numeric keypad button is in addition to the characters normally displayed on the numeric keypad button. At each end, lowercase letters that are different from the normally displayed characters and are difficult for other users to see are displayed on the button according to the next use set information value set in the input value correspondence table.
An individual characterized in that when the screen orientation of the operation display unit is an installation type in which the screen can be seen by the user, lowercase letters are displayed according to the next use set information value set based on the button display-input value correspondence table. Station affairs equipment for staff with information display protection . Small numbers in claim 1, wherein normal that contrast display and characters displayed on the small katakana character and color to display a lowercase including small alphabetic characters, or the contrast or the numeric keypad characters by applying both Station affairs equipment for staff with the protection function of the described personal information display.

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