JP2009294916A - Business selection system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a business selection system in which a business program selected by each operator is surely read out by operator units even when it is estimated that a single terminal is used by a plurality of users. <P>SOLUTION: This business selection system includes: a server 10 having a storage device 24 and a central processing unit 14 for performing processing for starting a program recorded in the storage device in response to access from a terminal and processing for collating operator authentication data input along the progress of the program with the data recoded in the storage device and processing for selecting a business program configuring a business program start icon to be displayed according to the progress of the collation processing; and terminals 50(50a to 50c) having an input/output means 60. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to a job selection system, and in particular, an operator who operates a terminal for starting a specific job program and the number of terminals do not match, or an operator can perform a specific job from any of the provided terminals. The present invention relates to an operation selection system suitable for a system set so as to be able to start a program and so-called free access.

  Now that the system is being shared, even if there are multiple terminals connected to the server, a specific terminal is not always operated by a specific operator, and a specific terminal is shared by multiple operators. There is. In addition, there are various types of operators who operate each terminal. For this reason, it is necessary for each terminal connected to the server to be able to execute all functions (business programs) required for various industries to perform business, and the business registered in each terminal There are a huge number of programs. On the other hand, business programs frequently used by individual operators are limited, and there are cases where only a few business programs are used at all times.

  For this reason, when a specific operator performs a job on a specific terminal, he / she selects a business program to be used constantly from a vast number of business programs and creates a shortcut. Will be performed. Such an initial operation is repeated every time the operator who uses the terminal changes, and thus it has been considered that the efficiency is extremely low in performing business.

  As a related technique in terms of means for improving the deterioration of work efficiency due to such an initial operation such as selection, a technique disclosed in Patent Document 1 is known.

Note that the technology disclosed in Patent Document 1 is a method in which a client's business (including a program for performing business) and data for each client are registered in association with client identification information, so that an input client This is a business processing system having a basic configuration of reading data and business programs corresponding to identification information.
Japanese Patent No. 3872162

  If the technique disclosed in Patent Document 1 is used, it is conceivable that the same effect can be obtained and the work efficiency can be improved only by exchanging the data for each client and the data for each operator. However, there is a fundamental difference in business operations between the above technology and this case. Specifically, in the technique disclosed in Patent Document 1, it is assumed that there is only one operator who operates a specific terminal. In this case, all registered operators are specified. There is a possibility of operating the terminal.

For this reason, the business program selected by each operator requires processing that is not tampered with, and a configuration in which the operator is selected by screen selection or the like cannot be adopted.
Moreover, even if a similar system is placed after restricting access due to password processing for restricting access, etc., there will be no restrictions between operators. Problems arise.

  In the present invention, even if it is assumed that the above problems are solved and a plurality of operators use a single terminal, the operator selects the business program selected by each operator. It is an object of the present invention to provide a job selection system that can be read reliably in units and that does not cause the selection program to be falsified by other operators.

  The job selection system for solving the above-mentioned problem is the operator data stored in the server for the job program selected in advance by the operator who operates the terminal from among a plurality of job programs activated via the terminal. And a server for displaying an icon for starting the detected business program on a display means provided in the terminal, wherein the server includes at least an operator authentication program and a business function selection. A storage device storing a menu display program, an operator authentication table, and a work activation information table, a process for starting the operator authentication program in response to access from the terminal, and the progress of the operator authentication program The operator is verified by collating with the operator authentication table based on the entered operator authentication data. A process for searching for operator data that matches the certificate data, and when the operator data that matches the operator authentication data is detected, the business function selection menu display program is started, and the operator authentication data is matched. When the operator data is not detected, the operator authentication program is terminated and an initial screen is displayed on the display means of the terminal; and when the business function selection menu display program is started, the business A center for performing a process of detecting a business program associated with the operator data from a startup information table and a process of displaying a business program start icon for starting the detected business program on the display means of the terminal A processing device, and the terminal in addition to the display means, the progress of the operator authentication program Characterized in that it has an input means for inputting the operator authentication data I.

  In the business selection system having the above-described features, the server includes a usage frequency count program for measuring the usage frequency of the business program for each operator and a usage frequency of the business program for each operator. The central processing unit starts the usage frequency count program by selecting the business program start icon displayed on the display means via the terminal. Processing for reading the usage frequency of the business program for each operator recorded in the business usage frequency table, processing for counting up the count value of the business program corresponding to the selected business program start icon, and counting up The new count value in the selected business program is counted later. It may carry out a process for writing to the business usage frequency table as the value. With such a configuration, it is possible to know a business program frequently used for each operator. Therefore, a business program with a particularly low use frequency can be consciously excluded from the display as a business program start icon. This is because the efficiency of business execution can be improved by not displaying the unused icons.

  In the business selection system having the above-described features, the central processing unit, based on the data recorded in the business use frequency table, together with the business program start icon when the business function selection menu display program is started. Processing for displaying a menu display pattern selection field for changing the arrangement of the business program activation icons, and an arrangement of the business program activation icons based on data recorded in the business usage frequency table in the menu display pattern selection field When the selection column for performing the operation is selected, a process for determining and displaying the arrangement of the business program activation icons along the descending order of the count value may be performed. With such a configuration, when the arrangement of business program activation icons is made based on the data recorded in the business usage frequency table, the business program icons with high usage frequency are arranged at easy-to-select positions. It becomes possible. Therefore, it is possible to improve the efficiency of business execution.

  In the job selection system having the above-described features, a group to which the operator associated with the operator authentication data belongs is recorded in the operator authentication table, and the job activation information table includes The business program associated with each group to which the operator belongs is recorded, and the central processing unit displays a business program start icon of the business program associated with each group in the menu display pattern selection field. When the selection field for displaying the selection column for displaying the business program and the business program start icon of the business program associated with each group is selected, the business program start icon associated with each group You may make it perform the process which displays. According to such a configuration, not only the business program launch icon used by the individual operator but also the business program launch icon frequently used in the group to which the operator belongs can be selectively displayed. It becomes possible. For this reason, when performing business in a group, it is not necessary to reselect a business program each time. In addition, in order to set a business program start icon displayed for each group, It is not necessary to set a password, and the burden of log-in or log-out, ID and password management can be reduced, and the efficiency of business execution can be improved.

  In the job selection system having the above-described features, the operator authentication data includes an ID and a password determined for each operator, and the terminal includes a keyboard for inputting the ID and the password. It may be characterized by. By configuring the operator authentication data to include an ID and a password, the security of the job selection system can be improved. In addition, by using the keyboard for inputting the ID and password, it is possible to easily input the ID and password even with a general terminal.

  In the job selection system having the above-described features, the operator authentication data includes an ID and fingerprint pattern data determined for each operator, and the terminal serves as the input unit and a keyboard for inputting the ID. And a fingerprint pattern reader for reading the fingerprint pattern data. With this configuration, it is possible to improve the security while simplifying the login operation. Further, since the fingerprint pattern reader can be introduced at a lower cost than its function and security effect, it can obtain high added value.

  In the job selection system having the above-described features, the operator authentication data includes an ID and vein pattern data determined for each operator, and the terminal serves as the input means and a keyboard for inputting the ID. And a vein pattern reader for reading the vein pattern data. Even in such a configuration, the security can be improved while simplifying the login operation. In addition, the vein pattern can reduce the possibility of loss or forgery compared to the fingerprint pattern.

  In the job selection system having the above-described features, the operator authentication data includes an ID and iris pattern data determined for each operator, and the terminal serves as the input unit and a keyboard for inputting the ID. And an iris pattern reader for reading the iris pattern data. Even in such a configuration, the security can be improved while simplifying the login operation. The authentication by the iris pattern is less likely to be misidentified than the fingerprint pattern and the vein pattern, and can secure high security.

  In addition, in the business selection system having the above-described features, the ID is stored in advance in a card or chip as magnetic data, and the terminal includes a magnetic data reader for reading the ID stored as the magnetic data. It can also be characterized. Such a configuration can also simplify the login operation. In addition, it is possible to prevent mistakes relating to the assignment and management of IDs to the operator, and reissuance of IDs due to forgetting IDs.

  According to the business selection system having the above-described features, even if a single terminal is assumed to be used by multiple operators, the business program selected by each operator can be operated. The data can be read reliably on a person-by-person basis. Further, there is no possibility that the selection program is falsified by an operator other than the logged-in operator.

DESCRIPTION OF EMBODIMENTS Hereinafter, an embodiment according to a job selection system of the present invention will be described in detail with reference to the drawings.
First, the configuration of the job selection system 100 according to the present embodiment will be described with reference to FIGS. 1 and 2. The job selection system 100 according to the present embodiment includes a server 10 and one or more terminals 50 (terminals 50a to 50c in FIG. 1) connected to the server 10 so as to be accessible.

  The server 10 has at least an interface 12, a central processing unit (hereinafter referred to as a CPU) 14, a storage device 20, and a bus 44 as an information transmission path.

  Although the interface 12 is shown as a generic name, specifically, a hardware interface, a software interface, a user interface (graphical user interface), and the like are shown. Here, the hardware interface is a protocol for connecting computers and peripheral devices to communicate with each other, and determines the shape of a connector, the format of an electrical signal, and the like. The soft wafer interface defines the procedure and format for exchanging data between programs. The user interface includes a method in which a computer displays information to the user, and a user (operator) displays information. It defines the method for input.

  The CPU 14 mainly includes a control unit 16 and a calculation unit 18. In accordance with the input signal (command), the control unit 14 controls each unit such as the arithmetic unit 18, which will be described in detail later, and the main storage unit 22 and the auxiliary storage unit 24 in the storage device 20 according to a predetermined control method. The calculation unit 18 includes a register and performs calculation (addition / subtraction / division / division) processing necessary for executing a program or data stored in the storage device 20 (to be described later in detail) based on an input signal.

  The storage device 20 includes a main storage unit 22 and an auxiliary storage unit 24. The main storage unit 22 is a storage unit that temporarily stores information necessary for executing instructions in the CPU 14. The storage of information in the main storage unit 22 is electrical and enables reading and writing of digital data at an extremely high speed. However, since power is required to maintain the storage, the energized state is released. The stored data will be lost. A program stored in the auxiliary storage unit 24, which will be described in detail later, is also executed after being read into the main storage unit 22 at the time of execution. It is generally called a memory.

  The auxiliary storage unit 24 is a storage unit that stores digital data for a long time using magnetism or unevenness and can be read using a magnetic head or laser interference. Since digital data can be fixed to a medium by magnetism or unevenness, a power source is not required to hold digital data. For this reason, it is also suitable for carrying digital data. An example of the auxiliary storage unit 24 permanently installed in a general computer is a hard disk. Examples of the portable auxiliary storage unit include a flexible disk, CD-ROM (CD-RAM), MO, and DVD-ROM (DVD-RAM).

  In the present embodiment, the auxiliary storage unit 24 plays a role of program storage and database construction. The program 26 stored in the auxiliary storage unit 24 in the embodiment includes an OS (Operating System) 28, an operator authentication program 30, a business function selection menu display program 32, a usage frequency count program 34, a business usage frequency program 35, and the like. There is.

The data stored as the database 36 includes an operator authentication table 38, a work activation information table 40, a work use frequency table 42, and the like.
The various programs 26 and the database 36 will be described in detail. The OS 28 has an input / output function (hereinafter referred to as input means and output means) such as input from input means such as a keyboard 62 and mouse 64 and display output to output means such as a display 66. Is a basic program (software) for managing the entire server, such as management of the hard disk and memory. On the other hand, the operator authentication program 30, the business function selection menu display program 32, and the usage frequency count program 34 are application programs (software) for operating on the OS 28.

  Here, the operator authentication program 30 is based on operator authentication data such as an operator ID, an operator nomination, and an operator password, which are input via a terminal 50 (50a to 50c) described later in detail. It refers to a program for retrieving operator data recorded in an operator authentication table (see FIG. 3), which will be described in detail later. In the search of operator data based on the operator authentication data, the operator authentication program 30 reads the corresponding operator data when the matching operator data is confirmed, and the row selection menu display program, which will be described in detail later. 32 is activated. On the other hand, in the search for operator data based on the operator authentication data, if no matching operator data is confirmed, it is determined that the operator is not a registered operator, the operator authentication program 30 is terminated, and the operation The user authentication data input screen.

  The business function selection menu display program 32 is a terminal 50 whose details are described later, selectively selected by the operator registered in the operator authentication table 38 individually in the business activation information table 40 whose details will be described later. This is a program for performing processing to be displayed on display means (output means) such as the display 66 of the display. Specifically, the business program registered in the business startup information table 40 is confirmed, and an icon for starting the confirmed business program, that is, an icon linked with the startup data of the business program is created. The program name of the corresponding business program is affixed to the created icon, and this icon (business program start icon) is displayed on the display 66 of the terminal 50.

  The usage frequency count program 34 is activated when an icon of a business program displayed by the business function selection menu display program 32 is selected, and the count value of the business program recorded in a business usage frequency table 42 to be described in detail later. It is a program that performs processing to count up. Specifically, the count value of the business program recorded in the business usage frequency table 40 is read, the count value associated with the selected business program is counted up, and recorded as a new count value in the business usage frequency table 42. Perform the process.

  The business usage frequency program is started by selecting the “Select from usage frequency” field on the business selection screen (see FIG. 8), which will be described in detail later. Based on the activation count value recorded in the usage frequency table 42, rearrangement is performed again, and processing for displaying on the display 66 of the terminal 50 is performed.

  In the data, the operator authentication table 38 is a database in which predetermined data related to the operator is recorded. For example, as shown in FIG. 3, the operator ID, password, name, group (user group), etc. may be recorded. Here, the operator ID is a unique value assigned to each operator. The password is an individual password associated with the operator ID, and is used for confirmation of the operator who has input the operator ID. The name is the name of the operator assigned with the operator ID. The group indicates a group to which an operator having a registered operator ID or name belongs.

  The business activation information table is a database that records business programs and the like for each operator previously selected by the operator or for each user group to which the operator belongs. Specifically, as shown in FIG. 4, an operator ID / user group, a business pattern, a start number, a start program name, a start program, a start parameter, etc. may be recorded. Here, the operator ID / user group indicates an operator ID unique to the operator recorded in the above-described operator authentication table and a group to which the operator belongs. Since the frequency of use of business programs may differ between individual operators with operator IDs and the groups to which the operators belong, the operation program can be set up separately for each operator. The display form of the business program can be selected between the individual person and the group.

  The business pattern indicates the name of the pattern divided according to the usage tendency of the business program used by the operator. For example, business programs that are frequently used for normal business should be recorded in the “normal” category as business patterns, and business programs used when creating monthly reports, etc. It may be recorded in the “next” category.

  The activation number is a value indicating an arrangement form for displaying an icon (business program activation icon) for starting the business program when displaying the business selection screen as shown in FIG. For example, in the case of the job selection screen as shown in FIG. 8, by registering the icon arrangement field from 1st to 4th from the upper left to the upper right and from 5th to 8th from the lower left to the lower right, the activation number A business program start icon is displayed along the line.

  The start program name is a name unique to the business program displayed on the business program start icon on the business selection screen. The activation program name is merely a sign, and can be arbitrarily determined by an operator or a group.

  Further, the activation program indicates the name of the program to be actually activated and the address in the storage device 24 in which data for performing the process for activating the program is associated with the activation program name described above. In this way, the name (address) of the business program to be actually started (start program) and the name of the business program (start program) displayed on the job selection screen are recorded separately in association with each other. Even if the name of the business program to be started is changed (new), the name of the business program start icon displayed on the business selection screen does not change. Therefore, the operator can activate a business program that can execute a predetermined process without being confused. Even if the name of the icon displayed on the job selection screen is changed to a familiar name, there is no change in the started business program.

  The activation parameter is a condition for activating the associated business pattern. For example, in FIG. 8, in order to display a business program start icon indicating a business program belonging to a normal business pattern for an individual operator, the input of the operator ID (UserID) on the login screen is a condition, and the business selection is performed. On the initial screen, a business program start icon in a normal business pattern is displayed. On the other hand, in order to display the icon of the business program in the monthly business pattern, “Monthly” shown in the pop-up (not shown) in the “Select from business pattern” column in the business selection screen described in detail later (The code on the business activation information table shown in FIG. 4 is YYYYMM). In addition, in order to display the business program start icon belonging to the “normal” business pattern in the “user group”, a user group (not shown) hidden in the “menu display pattern” column on the business selection screen is displayed. The condition is to select (the code on the work activation information table shown in FIG. 4 is YYYYMMDD).

  The business use frequency table 42 is a database that records the selection frequency of the business program start icon selected by the operator on the business selection screen. Specifically, as shown in FIG. 5, the operator ID, the activation program name, the activation count, the last activation date and time, etc. may be recorded. Here, the operator ID and the start program name are recorded to perform the type of the operator who started the business program and the type of the started business program, respectively. Associated with. The activation count indicates a value (count value) indicating the number of times a business program having a recorded activation program name has been activated (selected) by an operator having a recorded operator ID. The last activation date / time indicates the last date / time when the business program having the recorded activation program name was activated by the operator having the recorded operator ID.

  The terminal 50 has at least input / output means 60. Here, the input means includes a keyboard 62, a mouse 64, a microphone, a fingerprint pattern reader, a vein pattern reader, an iris reader, a magnetic data reader, and the like. The output means includes a display 66, a speaker, a printer, and the like.

  The server 10 and the terminal 50 having the above elements are connected to be communicable by wire or wireless. Processing in the job selection system 100 having such a configuration will be described along the flow shown in FIG.

  When an operator tries to access the server 10 via the terminal 50, first, the operator authentication program 30 is activated from an initial screen (not shown) displayed on the display 66 connected to the terminal 50. An icon (not shown) is selected (S100).

  When the icon for starting the operator authentication program 30 is selected, the CPU 14 of the server 10 reads the operator authentication program 30 stored in the auxiliary storage unit 24 to the main storage unit 22 and starts it. When the operator authentication program 30 is activated, a login screen as shown in FIG. 7 is displayed on the display 66 connected to the terminal 50 (S110).

  The operator registers the operator ID registered using the input means such as the keyboard 62 and the registered operator ID in the blank sections of “operator ID” and “password” on the displayed login screen. Enter the password associated with. After entering the operator ID and password, if there are no mistakes in the input items, an “OK” icon (button) is selected. If there is an error in the input items or if access to the server 10 is to be canceled, The “cancel” icon (button) is selected (S120).

  When the “OK” button is selected, the CPU 14 of the server 10 reads the operator authentication table 38 recorded in the auxiliary storage unit 24, and reads the “operator ID” and the “operator ID” recorded in the read operator authentication table 40. The password is checked against the operator ID entered on the login screen and the password. The operator ID and the password are collated by the calculation unit 18. For example, in the order recorded in the operator authentication table 38, the operator ID and password recorded in the higher order are changed to the operator ID and password recorded in the lower order. It is done by comparing sequentially. If there is a recorded operator ID and password that matches the entered operator ID and password, it is determined that the person attempting to log in is a registered operator (S130). .

  When such a determination is made, the CPU 14 reads the business function selection menu display program 32 recorded in the auxiliary storage unit 24 of the storage device 20 into the main storage unit 22 and starts the business selection menu display program 32 ( S140).

  On the other hand, in the collation of the operator ID and password, if there is no recorded operator ID and password that matches the entered operator ID and password, the operator ID and password are entered. It is determined that the person is not a registered operator. When such a determination is made, the CPU 14 executes a process so that the initial screen of the operator authentication program 30, that is, the login screen, is displayed on the display 66 of the terminal 50 (return from S130 to S110).

  If the “Cancel” button is selected on the login screen, the operator authentication program 30 is terminated and the screen returns to the initial screen of the terminal 50 (from S120 to S100).

  When the business function selection menu display program 32 is activated with the progress of the operator authentication program 30, the CPU 14 reads the business activation information table 40 recorded in the auxiliary storage unit 24. In the same manner as described above, the computing unit 18 selects “select from business pattern” of “menu display pattern” of the “menu display pattern” on the job selection screen based on the input “operator ID” from the read job activation information table 40. The “business pattern” that can be displayed in the field of “No.” is selected (S150).

  Thereafter, a “business pattern” associated based on the input “activation parameter (operator ID in the case of login)”, and a “activation program” associated with the “business pattern” and “operator ID”. Is elected. When the “start program” is selected, the CPU 14 creates an icon for each selected start program, and the business program recorded in association with the start program in the work start information table 40 for the created icon. A process of assigning a name (start program name) is performed. For the icon created in this way, the CPU 14 performs link processing so that when the icon is selected, the business program (start program) associated with the start program name is started (S170).

  The CPU 14 causes the display of the terminal 50 to display a job selection screen as shown in FIG. 8 and arranges the icons (work program start icons) that have been subjected to the link process (S180).

  Here, as shown in FIG. 8, in addition to the operator name and the business program start icon, a “menu display pattern” selection field may be provided on the business selection screen. The “menu display pattern” field includes, for example, a “selection from business pattern” field (business pattern selection field), a “selection from usage frequency” field, and a “display all menu” field. And so on.

  The business pattern selection column is a selection column for switching the business program start icon to be displayed on the business selection screen for each “business pattern” recorded in the business startup information table 40.

  The column “select based on usage frequency” is a selection column for arranging the business program activation icons in descending order of the “activation count” registered in the business usage frequency table 42 described above.

  The “Display all menus” column is used to select the business program startup icon array pattern that is hidden in the “Menu display pattern” column, the business program itself to be displayed as the business program startup icon, etc. This is a selection field for displaying all menus to be performed. For example, when a selection field (not shown) for selecting a business program to be displayed as a business program start icon is provided, the business program displayed as the business program start icon is not registered in the initial state (not displayed as an icon) Or all of the operators registered in the operator authentication table 38. For this reason, in order to effectively use the job selection system 100 according to the present embodiment, it is necessary for an operator to set (select) a job program to be displayed as an icon at least once. On the other hand, once a business program is displayed as an icon, it is rarely changed, so there is no problem even if it is normally hidden, and the business selection screen is simplified by hiding it. The merit that it becomes possible to become something will also be obtained.

  According to the job selection system 100 having the above-described features, even if it is assumed that a plurality of operators use a single terminal 50, the job program selected by each operator. Can be reliably read for each operator, and the working efficiency of the operator who uses the terminal 50 can be improved. Further, according to the job selection system 100 having the above-described features, the change in the selection of the business program, etc., can be made to the user group when the change of the business program in the logged-in operator or user group is changed. Since only the operator belongs, there is no risk of falsification of selection of the business program by a third party, that is, another operator (S190).

  After the job selection screen is displayed on the display 66 of the terminal 50, when the operator selects any of the job program start icons using the mouse 64 or the like, the use frequency count program 34 is started and then selected. The business program linked to the business program start icon is started. Specifically, when the business program activation icon is selected, first, the CPU 14 reads the usage frequency count program 34 recorded in the auxiliary storage unit 24 to the main storage unit 22 and executes the data. When the data is executed, the CPU 14 reads the business use frequency table 42 recorded in the auxiliary storage unit 24. The CPU 14 detects the count value associated with the logged-in ID and / or user group and the selected business program from the read business usage frequency table 42, and sets one detected count value. Count up, record as a new count value in the work usage frequency table 42, and terminate the usage frequency count program 34. Here, the processing by the usage frequency count program 34 requires only a short time from the start to the end. However, when the business program is stored in the terminal 50, the business program is started and the usage frequency is counted. It is also possible to execute the program 34 in parallel with the program 34, so that the time required to start the business program can be shortened.

  Here, if “select based on usage frequency” in the “menu display pattern” on the job selection screen is selected, the processing shown in FIG. 9 is performed. That is, when “select based on usage frequency” is selected (S200), the business usage frequency program 35 recorded in the auxiliary storage unit 24 is read by the CPU 14 and activated. When the business use frequency program 35 is executed, the CPU 14 reads the use frequency table 42 from the auxiliary storage unit 24 (S210).

  The activation program name and activation count value associated with the logged-in operator ID are selected from the read usage frequency table 42. The selected activation program names are rearranged in descending order of activation count values (descending order), and temporary activation numbers are assigned. The startup program name with a temporary startup number is affixed to the icon to be displayed on the job selection screen, and the startup program name in the job startup information table and the startup associated with the operator ID for the icon with the startup program name attached The program is linked (S220).

  Among the business program startup icons rearranged based on the startup count value in this way, a predetermined number of top icons are displayed on the business selection screen as business program startup icons selected based on the frequency of use. (S230). Then, the business program activation icons are displayed on the business selection screen in the order of usage frequency, and the business usage frequency program 35 is terminated (S240).

  If “Monthly” is selected in “Select from business pattern” in “Menu display pattern” on the business selection screen, the code “YYYYMM” in the business startup information table shown in FIG. That is, the activation parameter is input. In this case, the business function selection menu display program 32 is activated via the CPU 14 and the business activation information table 40 is read.

  From the read business activation information table 40, the business pattern associated with the input activation parameter (“monthly” in this embodiment) and the input activation parameter (“YYYYMM” in this embodiment) Reads the startup number, startup program name, and startup program associated with, performs the same editing work as described above, and displays the business program startup icon set to perform "monthly" business on the business selection screen Let

  In the above-described embodiment, as a specific example, the operator authentication data is input as an ID and password using the keyboard 62. However, password input may be replaced by reading fingerprint pattern data. In this case, a fingerprint pattern reader (not shown) may be connected to the terminal 50, and the read fingerprint pattern data may be input as data that replaces the password on the operator authentication screen. With this configuration, it is possible to improve the security while simplifying the login operation. Further, since the fingerprint pattern reader can be introduced at a lower cost than its function and security effect, it can obtain high added value.

  In the above configuration, vein pattern data or iris pattern data may be used instead of fingerprint pattern data. In this case, when using vein pattern data, a vein pattern reader (not shown) is connected to the terminal 50, and when using iris pattern data, an iris pattern reader (not shown) is connected. You should do it. Advantages to the use of the fingerprint pattern data in the use of these data include the point that the possibility of loss or forgery is low and the security can be improved.

It is a block diagram which shows the structure of the work selection system which concerns on embodiment. It is a block diagram which shows the structure of the server in the work selection system which concerns on embodiment. It is a figure which shows the example of an operator authentication table. It is a figure which shows the example of a business starting information table. It is a figure which shows the example of a business use frequency table. It is a flow which shows the flow from operator authentication in the business selection system to the display of the business selection screen. It is a figure which shows the example of a login screen. It is a figure which shows the example of a work selection screen. It is a flow which shows the flow of the rearrangement of the business program start icon by the business usage frequency program.

Explanation of symbols

  10 ... Server, 12 ... Interface, 14 ... CPU (Central Processing Unit), 16 ... Control Unit, 18 ... Calculation Unit, 20 ... Storage Device, 22 ... Main Memory , 24 ......... Auxiliary storage unit, 26 ......... Program, 28 ......... OS, 30 ......... Operator authentication program, 32 ......... Business function selection menu display program, 34 ......... Use frequency count program 35 ......... Business usage frequency program 36 ......... Database 38 ......... Operator authentication table, business activation information table 42 ......... Business usage frequency table 44 ......... Bus 50 (50a to 50c) ) ... Terminal, 60 ......... Input / output means, 62 ......... Keyboard, 64 ......... Mouse, 66 ......... Display 100 ......... Business selection system.

Claims (9)

A business program selected in advance by an operator who operates the terminal from among a plurality of business programs activated via the terminal is searched based on operator data stored in a server, and is provided in the terminal A business selection system for displaying an icon for starting a detected business program on a display means,
The server stores at least an operator authentication program, a business function selection menu display program, an operator authentication table, and a business activation information table;
A process of starting the operator authentication program in response to an access from the terminal, and collating with the operator authentication table based on operator authentication data input along the progress of the operator authentication program The process of searching for operator data that matches the operator authentication data in step S3, and when the operator data that matches the operator authentication data is detected, the business function selection menu display program is started, and the operator authentication is started. When the operator authentication program that matches the data is not detected, the operator authentication program is terminated and an initial screen is displayed on the display means of the terminal, and the business function selection menu display program is activated A process for detecting a business program associated with the operator data from the business activation information table; Operational program start icon for starting the task program and a central processing unit to perform a process of displaying on the display unit of the terminal,
In addition to the display means, the terminal has an input means for inputting the operator authentication data along with the progress of the operator authentication program. The server stores a usage frequency count program that measures the usage frequency of the business program for each operator, and a business usage frequency table that records the usage frequency of the business program for each operator,
The central processing unit activates the usage frequency count program by selecting the business program activation icon displayed on the display means via the terminal, and records each operator recorded in the business usage frequency table. A process of reading the usage frequency of the business program, a process of counting up the count value of the business program corresponding to the selected business program start icon, and a new count value in the selected business program. The business selection system according to claim 1, further comprising: a process of writing the business usage frequency table as a unique count value. The central processing unit displays a menu for changing the arrangement of the business program start icons based on data recorded in the business use frequency table together with the business program start icons when the business function selection menu display program is started. Processing to display the pattern selection field,
In the menu display pattern selection field, when the selection field for arranging the business program activation icons is selected based on the data recorded in the business usage frequency table, the business processes are arranged in descending order of the count values. 3. The business selection system according to claim 2, wherein processing for determining and displaying an array of program activation icons is performed. In the operator authentication table, a group to which the operator associated with the operator authentication data belongs is recorded,
In the business activation information table, a business program linked to each group to which the operator belongs is recorded,
The central processing unit displays, in the menu display pattern selection field, a selection field indicating that a business program start icon of a business program associated with each group is displayed;
When a selection field for displaying a business program start icon of a business program associated with each group is selected, a process of displaying a business program start icon associated with each group is performed. The business selection system according to claim 3.   5. The operator authentication data includes an ID and a password determined for each operator, and the terminal includes a keyboard for inputting the ID and the password. 1. The business selection system according to 1.   The operator authentication data includes an ID and fingerprint pattern data determined for each operator, and the terminal includes, as the input means, a keyboard for inputting the ID and a fingerprint pattern reader for reading the fingerprint pattern data. 5. The business selection system according to claim 1, further comprising:   The operator authentication data includes an ID and vein pattern data determined for each operator, and the terminal includes, as the input means, a keyboard for inputting the ID and a vein pattern reader for reading the vein pattern data. 5. The business selection system according to claim 1, further comprising:   The operator authentication data includes an ID and iris pattern data determined for each operator, and the terminal includes, as the input means, a keyboard for inputting the ID and an iris pattern reader for reading the iris pattern data. 5. The business selection system according to claim 1, further comprising: 9. The magnetic data reader for storing the ID as magnetic data in a card or a chip in advance and reading the ID stored as the magnetic data in the terminal. The business selection system according to claim 1.

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