JP6769282B2 - Information display system and program - Google Patents

Description

The present invention relates to an information display system and a program.

Conventionally, sole proprietors and corporate owners in the restaurant and retail businesses often use business application programs such as sales management devices and sales management programs that aggregate and analyze daily and monthly sales of stores. Based on the management data visualized in this way, the business can be appropriately operated.

As such a sales management device, for example, there is a technique described in Patent Document 1. In Patent Document 1, based on the management data on the designated target date and the comparison date, the index value indicating the change from the comparison date such as the sales amount, the number of customers, and the customer unit price on the target date is calculated, and the index value is displayed. Technology has been proposed.

Japanese Unexamined Patent Publication No. 2011-065340

In store management, it is extremely important to predict and deal with future business conditions. In predicting the future, for example, it is conceivable to utilize the fact that similar events repeat in the annual cycle or the monthly cycle. However, the technique described in Patent Document 1 cannot predict future index values. Therefore, even if the change in management data can be grasped based on the current index value and the cause of the change can be considered, it is difficult to predict the future and deal with it.

Therefore, it is an object of the present invention to make it possible to predict time series information for an information display system and a program.

In order to achieve the above object, in the information display system of the first aspect according to the present invention, the current transition graph showing the current cycle of the time series information and the previous transition graph showing the previous cycle of the time series information are the present. A graph display control means for displaying an arranged comparison graph so that the time-axis component of the cycle and the time-axis component of the previous cycle corresponding to 52 weeks before the time-axis component are at the same position. The graph display control means is characterized in that a portion corresponding to the future in the current cycle is displayed with a portion at the beginning of the period in the current transition graph following the previous transition graph .
In addition, the information display system of the second aspect according to the present invention has a first transition graph showing a period of interest for time-series information and a second transition showing a comparison period of the time-series information one cycle before the period of interest. Graph display control that displays a comparative graph arranged so that the time axis component of the period of interest and the time axis component of the comparison period corresponding to one cycle before the time axis component are at the same position in the graph. The graph display control means includes means, and the graph display control means is characterized in that a portion corresponding to the future in the first transition graph is displayed with a portion at the beginning of the period in the first transition graph following the second transition graph.
Further, in the program of the first aspect according to the present invention, the computer of the information display system has the current transition graph showing the current cycle of the time series information and the previous transition graph showing the previous cycle of the time series information. A graph display control means for displaying an arranged comparison graph so that the time-axis component of the cycle and the time-axis component of the previous cycle corresponding to 52 weeks before the time-axis component are at the same position. The graph display control means is characterized in that a portion corresponding to the future in the current cycle is displayed with a portion at the beginning of the period in the current transition graph following the previous transition graph.
Further, in the program of the second aspect according to the present invention, the computer of the information display system is subjected to a comparison period of the first transition graph showing the period of interest of the time-series information and one cycle before the period of interest of the time-series information. The second transition graph showing the above is a comparison graph arranged so that the time axis component of the period of interest and the time axis component of the comparison period corresponding to one cycle before the time axis component are at the same position. It functions as a graph display control means to be displayed, and the graph display control means causes a portion corresponding to the future in the first transition graph to display a portion at the beginning of the period in the first transition graph following the second transition graph. It is characterized by that.

According to the present invention, time series information can be predicted.

It is a schematic block diagram which shows the management support system of this embodiment. It is a block diagram which shows the functional structure of a server. It is a figure which shows the management data table which is stored in the storage part. It is a figure which shows an example of the daily report screen at the time of subscribing only accounting service. It is a figure which shows an example of the daily report print at the time of subscribing only accounting service. It is a figure which shows an example of the daily report screen at the time of subscription of the accounting / payroll service. It is a figure which shows an example of the daily report print at the time of subscription of the accounting / payroll service. It is a flowchart which shows an example of the comment input processing performed by a server. It is a figure which shows the search condition pane in the list display screen of a daily report. It is a figure which shows an example of the list display in the list display screen of a daily report. It is a figure which shows an example of the management data table in the index analysis screen. It is a figure which shows an example of the index analysis graph in the index analysis screen. It is a flowchart which shows an example of the index analysis display processing performed by a server. It is a figure which shows the concept of the index analysis graph.

Hereinafter, a mode for carrying out the present invention will be described in detail with reference to each figure.
<< Configuration of management support system 1 >>
FIG. 1 is a schematic configuration diagram showing the management support system 1 of the present embodiment.
The management support system 1 (information display system) of the present embodiment is a system that facilitates consideration of management based on management data and comment information. This management support system 1 stores management data of stores, companies, etc. managed by the user, and comment information input by the user for daily management.
This management data is information collected in chronological order, and similar changes are often repeated every year.

As shown in FIG. 1, the management support system 1 is configured to include a server device 2 which is a management support device, a printing device 31, and user terminals 3a to 3d, and each device is connected via a communication network N. Will be done. The user terminals 3a to 3d are, for example, smartphones, tablet terminals, and personal computers operated by the user. Hereinafter, when the user terminals 3a to 3d are not particularly distinguished, they are simply referred to as the user terminals 3.

The server device 2 collects, aggregates, and records management data from the user terminal 3, manages the recorded management data, and records and manages comment information corresponding to the date input from the user terminal 3. Further, the server device 2 includes daily report screens 5A and 5B (see FIGS. 4 and 6), list display screens 7 (see FIGS. 9 and 10), in which the user inputs comment information in response to a request from the user terminal 3. An index analysis screen 8 for displaying management data and comment information is distributed to the user terminal 3.

The user terminal 3 transmits the accumulated management data, the input comment information, and the like to the server device 2. These user terminals 3 receive and display various display information transmitted from the server device 2, receive operation input of the user, and transmit the operation information to the server device 2. The user terminal 3 may be a dedicated terminal such as an electronic register or a POS (point of sales system) terminal.
The printing device 31 prints various information based on the printing instruction from the user terminal 3.

The communication network N is assumed to be composed of the Internet, but may include a LAN (Local Area Network), a WAN (Wide Area Network), etc., and may include a telephone line, a dedicated line, a mobile communication network, and a communication satellite network. , CATV (Cable Television) line and the like may be included.

<< Configuration of server device 2 >>
Next, the internal configuration of the server device 2 will be described with reference to FIGS. 2 and 3.
FIG. 2 is a block diagram showing a functional configuration of the server.
As shown in FIG. 2, the server device 2 includes a CPU (Central Processing Unit) 21, an operation input unit 22, a RAM (Random Access Memory) 23, a display unit 24, a storage unit 25, and a communication unit 26. , And a timekeeping unit 27, and each unit is connected via a bus 28.

The CPU 21 reads out the system program stored in the storage unit 25, expands it into the work area of the RAM 23, and controls each unit according to the system program. Further, the CPU 21 reads the processing program stored in the storage unit 25, expands it in the work area, and executes various processes including the process of the server device 2 side of the comment input process and the index analysis display process described later. , Functions as a display control unit.

The operation input unit 22 has a configuration including a keyboard including a cursor key, a character, a number input key, various function keys, and the like, receives a user's press input of each key, and outputs the operation information to the CPU 21. Further, the operation input unit 22 may include a pointing device such as a mouse, receive a position input, and output it to the CPU 21 as operation information.

The RAM 23 is a volatile memory. In addition, the RAM 23 has a work area for storing various programs to be executed and data related to these various programs.

The display unit 24 is composed of an LCD (Liquid Crystal Display), a CRT (Cathode Ray Tube), or the like, and displays a screen according to a display control signal from the CPU 21.

The storage unit 25 is composed of a non-volatile storage medium such as an HDD (Hard Disk Drive) made of a magnetic recording medium or a flash memory. The storage unit 25 stores system programs and processing programs executed by the CPU 21, application programs such as Web server programs, and data necessary for executing these programs. The processing program includes a program for executing various processes such as a comment input process and an index analysis display process described later on the server device 2 side.
These programs are stored in the storage unit 25 in the form of computer-readable program code. The CPU 21 sequentially executes operations according to the program code.

Further, the storage unit 25 stores various data transmitted from the user terminal 3 (see FIG. 1). For example, the storage unit 25 stores the management data transmitted from the user terminal 3 in the management data table shown in FIG. As the management data, for example, date, sales, number of customers, unit price per customer, purchase, cost rate, gross profit, gross profit rate, expense, labor cost, FL ratio and the like are stored. Personnel expenses include a detailed breakdown of employee salaries and the like. Here, the FL ratio is a ratio obtained by dividing the sum of material costs and labor costs by sales, and is one of the important management indicators in restaurants.

Further, the storage unit 25 stores the comment information input and transmitted from the user terminal 3 corresponding to the date and the attribute information indicating the attribute of the comment information in the management data table shown in FIG. The attribute information included importance information indicating the importance of each comment information, weather information on the date corresponding to each comment, "like" information indicating that there was a positive matter, and matters to be improved. There is claim information indicating. “Like” information can be used to search for comment information when there is a positive matter such as praise from customers or business partners, staff members, or store management. Complaint information can be used to search for comment information when there is something to be improved, such as receiving a complaint from a customer or business partner.

The comment information is text information input by the user corresponding to the date, and is preferably input after the business closing on the date. Examples of such comment information include events that the user noticed in daily management, measures taken by the user to improve management, and the like. Further, the importance information is information indicating the importance of the input comment information, and is ranked in three stages according to the user's selection. The weather information is information indicating whether or not it was raining. “Like” information is information that indicates that there was something positive. Claim information is information indicating that there was something to be improved.

Further, when the image data or POP data is input and transmitted from the user terminal 3 together with the comment information, the storage unit 25 stores the image data or POP data as additional information of the comment.
Examples of the image data include a photograph of the store taken by the user terminal 3 and the like, an image of a leaflet distributed by the user, and the like. Examples of the POP data include POP data created by executing an application program in which the management support system 1 performs POP creation work.

The communication unit 26 is composed of a modem, a TA (Terminal Adapter), a router, a network interface controller, and the like. The communication unit 26 communicates with an external device such as a user terminal 3 on the communication network N to transmit / receive data.
The timekeeping unit 27 has a built-in timekeeping circuit, measures the current time and date, and outputs the current time information.

FIG. 3 is a diagram showing a management data table stored in the storage unit 25.
The management data table includes a date column, a sales column, a number of customers column, a customer unit price column, a purchase column, a cost rate column, a gross profit column, a gross profit rate column, an expense column, a labor cost column, and an FL ratio column. The management data table also includes an importance column, a "like" information column, a complaint column, a weather column, and a comment column. The information stored in the importance column, the "like" information column, the complaint column, and the weather column is the attribute information of the comment.

<< Operation of server device 2 >>
The server device 2 configured as described above performs comment input processing and index analysis display processing. First, the comment input process will be described with reference to FIGS. 4 to 8.
FIG. 4 is a diagram showing an example of the daily report screen 5A when only the accounting service is subscribed. The daily report screen 5A is displayed on a display unit (not shown) of the user terminal 3.
The daily report screen 5A is displayed below the icon area 41 and the menu area 42. In the icon area 41, the ToDo icon 411, the accounting icon 412, the management icon 413, the salary icon 414, the POP icon 415, and the sales total management icon 416 are displayed. In the menu area 42, the achievement menu 421 and the analysis menu 422 are displayed.

The ToDo icon 411 calls a function for managing ToDo tasks.
The accounting icon 412 calls an accounting service function that manages deposits and withdrawals related to stores and performs tax payment processing such as property tax and personal business tax. This accounting service function is a basic service for restaurant operators, and this accounting service function inputs data necessary for management analysis such as purchase, sales, and number of customers.
The management icon 413 calls the management analysis function based on the information related to the sales management business described above. This management analysis function is provided to the user together with the accounting service function.
The salary icon 414, the POP icon 415, and the sales total management icon 416 described below are optional functions. The salary icon 414 calls the salary management business function that processes the employee's salary calculation and the employment management function. Data necessary for employment performance is input by these salary management business functions and employment management functions.
The POP icon 415 calls a POP creation business function that creates a POP (Point of purchase advertising), which is an advertising medium for sales promotion used in shops and the like. The sales total management icon 416 calls the function of totaling the sales registration data of each cash register and linking the data to "accounting".

This daily report screen 5A is a screen displayed when the management icon 413 is selected and the achievement menu 421 is selected. The account linkage button 51, the receipt button 52, and the ToDo button 53 are displayed on the daily report screen 5A. Further, a list display button 54 and a date selection button 55 are displayed below the list, and an accounting area 57 and a "today's event" area 58 are displayed below the list display button 54 and the date selection button 55.
When the analysis menu 422 is selected on the daily report screen 5A, the screen transitions to the index analysis screen 8 (see FIG. 11) described later.

The account linkage button 51, the receipt button 52, and the ToDo button 53 form a remaining matter area. The number of unprocessed information related to deposits and withdrawals is displayed on the upper right of the account linkage button 51. When the account linkage button 51 is selected, it is possible to confirm information such as automatic withdrawal from the account of the user's financial institution with which the management support system 1 is linked.
The number of unprocessed receipts and the like is displayed on the upper right of the receipt button 52. When the receipt button 52 is selected, it is possible to confirm the image data of the receipt taken and saved by the user terminal 3 at the time of product purchase or the like.
The number of unprocessed ToDos is displayed on the upper right of the ToDo button 53. When this ToDo button 53 is selected, among the operations to be processed using the application program executed by the management support system 1, business settlement, filing, salary payment processing, etc. should be processed or processed at a predetermined time. You can check the work that must be done.
By displaying these remaining areas on the daily report screen 5A or the like, the user can input comment information while confirming and processing other operations executed by using the management support system 1.

The list display button 54 is a button for transitioning to the list display screen 7 (see FIGS. 9 and 10) described later. The date selection button 55 is a button for selecting a date related to the daily report. When the user selects the leftmost button among the date selection buttons 55, the CPU 21 changes the target date to the date one week before. When the user selects the second button from the left, the CPU 21 changes the target date to the date one day before.
When the user selects the date itself, the CPU 21 displays a calendar control that allows the date to be changed to any date. When the user selects the second button from the right, the CPU 21 changes the target date to a date one day later. When the user selects the rightmost button, the CPU 21 changes the target date to a date one week later.
When the date is changed by pressing the date selection button 55, the accounting area 57 and the "today's event" area 58 are changed to those of the corresponding date.

In the accounting area 57, numerical values and the like of management data acquired on the date selected by the date selection button 55 are displayed, and further, a "transaction input" button 571 is displayed. Here, as management data, sales, number of customers, unit price per customer, labor costs, purchases, expenses, and FL ratio are displayed.
By clicking the "to transaction input" button 571, the screen transitions to a transaction input screen (not shown).

In the "Today's event" area 58, a comment input text box 585, an "important" input button 581, a "like" check box 582, a "complaint" check box 583, a "rain" check box 584, and an additional information input button 586. , Save button 587 is displayed. This "today's event" area 58 is for inputting comment information corresponding to the selected date.

The comment input text box 585 is a text box for inputting comment information corresponding to this date, and in the initial state, "Let's write down notes, comments, etc." is displayed. When the comment information corresponding to the date is input, the comment information is displayed in an editable manner.

The "important" input button 581 is for inputting important information as an attribute of this comment information. For example, when the user clicks the first star mark from the left, the importance information is input as "1", and when the user clicks the second star mark, the importance information is input as "2". Similarly, when the second star mark is clicked, the importance information is input as "3". By default, the importance information is "0".

The “Like” check box 582 is used to input that there was a positive matter as an attribute of this comment information. The "complaint" check box 583 is used to input that there is something to be improved as an attribute of this comment information. The "rain" check box 584 is for inputting whether or not it rained on the selected date.

The additional information input button 586 is for inputting image information such as image data and POP data. Click the part where "+" is displayed in the rectangle on the right to open the file selection dialog. The number of additional information is limited to 5, and when the number reaches 5, the "+" display rectangle is not displayed. The hatched rectangle on the left is a schematic representation of the thumbnail of the uploaded image. By clicking on this thumbnail, the user can see the full-size image. In addition, the user can delete the uploaded image by clicking the bucket button displayed at the bottom of the thumbnail.
The save button 587 is a button for saving the contents input in the "today's event" area 58.

FIG. 5 is a diagram showing an example of the daily report print 6A when only the accounting service is subscribed.
The daily report print 6A is printed by the printing device 31 when the user clicks a print button (not shown) on the daily report screen 5A shown in FIG. The daily report print 6A includes a date column 61, an importance column 62, a weather column 63, today's business performance table 65, and a comment column 66.
The date of this daily report is printed in the date column 61. In the importance column 62, the importance of the comment of this daily report is printed by the number of stars. In the weather column 63, an umbrella icon is printed to indicate whether the weather on the date of this daily report is rainy.
In today's business performance table 65, the business performance table as of the date of this daily report is printed. A comment on the date of this daily report is printed in the comment field 66. The user can accumulate daily business information by not only confirming the daily report screen 5A on the screen of the user terminal 3 but also printing the daily report and filing a file.

FIG. 6 is a diagram showing an example of the daily report screen 5B at the time of subscribing to the accounting / payroll service. The same elements as those of the daily report screen 5A shown in FIG. 4 are given the same reference numerals.
Similar to the daily report screen 5A (see FIG. 4), the daily report screen 5B displays the account linkage button 51, the receipt button 52, and the ToDo button 53, and the list display button 54 and the date selection button 55 are displayed below them. The date. Further, a payroll area 56, an accounting area 57, and a "today's event" area 58 are displayed.
In the salary area 56, numerical values and the like of salary data acquired on the date selected by the date selection button 55 are displayed. The salary area 56 is intended for employees whose work hours are registered regardless of whether or not the management support system 1 is linked with a time card.
Except for the salary area 56, it is the same as the daily report screen 5A.
Hereinafter, when the daily report screens 5A and 5B are not particularly distinguished, they are simply referred to as the daily report screen 5.

FIG. 7 is a diagram showing an example of a print image of a daily report at the time of subscribing to the accounting / payroll service. The same elements as those of the daily report print 6A shown in FIG. 5 are given the same reference numerals.
The daily report print 6A includes a date column 61, an importance column 62, a weather column 63, today's employment record table 64, today's business record table 65, and a comment column 66.
In today's employment record table 64, numerical values and the like of salary data acquired on the date in the date column 61 are displayed. Other than that, it is the same as the daily report print 6A.
Hereinafter, when the daily report prints 6A and 6B are not particularly distinguished, they are simply described as the daily report print 6.

FIG. 8 is a flowchart showing an example of comment input processing performed by the server.
As shown in FIG. 8, when the communication unit 26 receives the access request to the daily report screen 5 from the user terminal 3, the CPU 21 of the server device 2 selects the date based on the operation information from the user terminal 3. (Step S10).

Next, the CPU 21 determines whether or not the user related to the user terminal 3 has subscribed to the payroll service (step S11). If the user subscribes to the salary service (step S11 → Yes), the CPU 21 acquires the salary data of the selected date from the storage unit 25 (step S12). The CPU 21 further displays this salary data on the daily report screen 5 (step S13).
If the user has not subscribed to the payroll service (step S11 → No), the CPU 21 proceeds to the process of step S14.

In step S14, the CPU 21 acquires the management data of the selected date from the storage unit 25 for display on the daily report screen 5. The CPU 21 displays this management data on the daily report screen 5 (step S15). Next, the CPU 21 displays a comment input text box 585 for inputting comment information and an attribute input field for inputting attribute information on the daily report screen 5 (step S16).

In step S17, the user confirms the management data on the daily report screen 5 displayed on the user terminal 3 and inputs the events noticed in the management on the selected date, the measures taken, etc. in the comment input text box 585. input. In addition, the user sets the importance of the comment input in the comment input text box 585 in three stages by the "important" input button 581, and when it rains on the selected date, the "rain" check box 584 is displayed. Put a check. If there is image data or POP data related to the comment input in the comment input text box 585, the user selects the additional information input button 586 and inputs the image data or POP data.

Next, the CPU 21 determines whether or not the save button 587 is pressed (clicked) (step S18). When it is determined that the button has been pressed (step S18 → YES), the CPU 21 stores the input comment information, attribute information, and the like in the storage unit 25 (step S19), and ends the comment input process. When image data and / and POP data are input, the image data and / and POP data are also stored in the storage unit 25.
In this way, the CPU 21 performs the comment input process.

<< List display processing >>
Hereinafter, the list display process will be described with reference to FIGS. 9 and 10.
FIG. 9 is a diagram showing a search condition pane 71 in the daily report list display screen 7.
The list display screen 7 is a transition screen when the list display button 54 is clicked on the daily report screen 5 shown in FIGS. 4 and 6, and is displayed below the menu area 42. The list display screen 7 includes a search condition pane 71, a search button 73, a clear button 74, a search option button 75, and a list display 76 (see FIG. 10).
The search condition pane 71 has a period column 711, a day of the week column 712, a sales column 713, an employee number column 714, an employee column 715, an important column 716, a “like” column 717, a complaint column 718, a weather column 719, and an image column 720. , Includes comment section 721.

The period column 711 is a column for specifying the search period, and the date of the system is set by default. Here, the period from May 1, 2016 to May 31, 2016 is set by the user. If no other conditions are set, the search results will be 31 for 31 days.
If the period column 711 is set to May 2016 to June 2016 and no other conditions are set, the search result will be 61, which is the sum of 31 days for May and 30 days for June. ..
The day of the week column 712 is a column for specifying the day of the week with a check box, and "not specified" is the default. The sales column 713 is a column for specifying the range of the daily sales amount, and "not specified" is the default. The input value is regulated so that the value in the right column is always larger than the value in the left column of the sales column 713.

The number of employees column 714 is a column for designating the number of people whose attendance time is set in the employment record as a condition, and "not specified" is the default. The employee column 715 pulls down all the employees who worked on that day. This field is conditional on the day the selected employee is working, and "not specified" is the default.
The importance column 716 is a column for designating the importance, and "not specified", "importance 0", "importance 1", "importance 2", and "importance 3" are displayed by pulling down. "Not specified" is the default.
The "Like" column 717 is a column for designating the presence or absence of "Like", and "Not specified", "Like", and "No like" are displayed in a pull-down manner. "Not specified" is the default.
The complaint column 718 is a column for designating the presence or absence of a complaint, and "not specified", "complaint", and "no complaint" are displayed by pulling down. "Not specified" is the default.

The weather column 719 is a column for specifying whether or not the weather was rain, and "not specified", "rain", and "other than rain" are displayed in a pull-down manner. "Not specified" is the default.
The image field 720 is a field for designating the presence / absence of an image, and "not specified", "yes", and "no" are displayed by pulling down. "Not specified" is the default.
The comment field 721 is a field for performing a partial match search for the input comment, and "not specified" is the default.

The search button 73 is a button for executing a search under the conditions set in the search condition pane 71. The clear button 74 is a button that clears the search condition pane 71 to the default condition. The search option button 75 is a button for setting a search condition other than the search condition pane 71. For example, when the search option button 75 is clicked, a search may be performed on a screen for specifying a condition that nothing is entered in the comment field. This makes it possible to list the days when comments have not been entered and enter comments after the fact.

FIG. 10 is a diagram showing an example of the list display 76 of the daily report list display screen 7.
In the list display 76, the search results specified in the search condition pane 71 are sorted in ascending date order and displayed in groups of five. Search results are for all days, regardless of regular holidays, holidays, or the presence or absence of data. This is to prevent a situation in which you cannot edit because you did not appear in the list even though you were actually in business due to forgetting to enter. Here, information for the 31st of May (31 cases) is stored on 7 pages. Information for 7 pages can be viewed by switching pages with the number of pages button or the previous button and the next button. In addition, for the displayed page, the corresponding page number button is highlighted, and the number of data in the displayed list among all the search results is displayed.
The list display 76 includes a date column, a sales column, a number of employees column, an important column, a “like” column, a complaint column, a weather column, a comment column, an image column, and an edit column. Among them, each information of the management data table (see FIG. 3) is displayed in the date column, the sales column, the number of employees column, the important column, the "like" column, the complaint column, the weather column, and the comment column. In the image column, thumbnails of image files linked to the management data table of FIG. 3 are displayed.

It should be noted that May 2nd and 3rd are cases where information is not stored in the management data table of FIG. 3 even though they are the days included in the search results. At this time, the date column is displayed, but the sales column, the number of employees column, the important column, the "like" column, the complaint column, the weather column, and the comment column are blank.
In the edit column, a button for calling the daily report screen 5 related to the corresponding daily report is arranged. As a result, various information can be input for the date on which the information has not been input.

<< Index analysis display processing >>
Subsequently, the index analysis display process will be described with reference to FIGS. 11 to 14.
FIG. 11 is a diagram showing an example of the management data table 82 in the index analysis screen 8.
The index analysis screen 8 is a screen that transitions when the analysis menu 422 is selected on the daily report screen (see FIGS. 4 and 6).

The index analysis screen 8 has a monthly switching radio button 811 which is a scale area, a weekly switching radio button 812, a daily switching radio button 813, a management data table 82 which is a graph element area, and an index analysis graph which is a graph area. It is composed of 83 (see FIG. 12) and the like.
The monthly switching radio button 811, the weekly switching radio button 812, and the daily switching radio button 813 constituting the scale area determine the scale of the management data table 82 and the index analysis graph 83, and the default is weekly. Is. By operating this scale area and switching the scale, the scale of the management data table 82 and the index analysis graph 83 can be changed.

If the target date is Thursday, June 16, 2016, and the daily switching radio button 813 is selected, the target date for this time is June 16, 2016, and the previous target date is June 15, 2016, the previous year (52). The target date (week ago) is Thursday, June 18, 2015.
If you select the weekly switching radio button 812, the target date for this time is from Friday, June 10 to Thursday, June 16 of the same year, and the previous target date is from Friday, June 3, to June 9, the same year. Until Thursday, the target dates for the previous year are from Friday, June 12, 2015 to Thursday, June 18, 2015.
If you select the monthly switching radio button 811, the target date for this time is from June 1st to June 16th of the same year, the previous target date is from May 1st to May 31st of the same year, and the target date for the previous year is 2015. From June 1st to June 16th of the year.

In the management data table 82, which is a graph element area, specific numerical values of the management data of "this time", "previous time", and "previous year" calculated based on the acquired management data are displayed, and further, "target" and "target", ""Average of other stores" is displayed.
"This time" indicates various indicators of this time on the specified scale, and since "Weekly" is specified here, from May 9, 2016 (Monday) to May 15, 2016 (Sunday). Indicators up to are shown.
"Last time" indicates various indicators of the previous time on the specified scale, and since "Weekly" is specified here, from May 2, 2016 (Monday) to May 8, 2016 (Sunday). Indicators up to are shown.
"Previous year" indicates various indicators of the previous year (52 weeks ago) corresponding to the period of "this time", and since "weekly" is specified here, from May 11, 2015 (Monday) The indicators up to May 17th (Sun) of the same year are shown.

"Target" indicates the target value of each management data.
“Other store average” indicates the average value of management data of the same industry as the user's industry registered in advance in the same period as “this time”.

<< How to calculate sales >>
If the target is "sales" and the scale is "daily", the sales value of the target day is displayed in "this time". If the target date is a holiday, the holiday sales target is displayed in the "target", and if the target date is a weekday, the weekday sales target is displayed. In "Last time", the sales value of the day immediately before the target day is displayed. In "previous year", the sales value of the day <same day> 52 weeks before the target day is displayed.
If the scale is "Weekly" or "Monthly", "This time" shows the total sales value for the aggregation period. As shown in the formula (1), the sum of the product of the number of holiday days in the aggregation period and the holiday sales target and the product of the number of weekday days in the aggregation period and the weekday sales target is displayed in the "target".

The total sales value for the aggregation period is displayed in "Last time". In "previous year", the sales value of the aggregation period 52 weeks ago is displayed.

<< Calculation method of the number of customers >>
If the target is "number of customers" and the scale is "daily", the number of customers on the target day is displayed in "this time". If the target day is a holiday, the holiday customer number target is displayed in the "target", and if the target day is a weekday, the weekday customer number target is displayed. In "Last time", the number of customers on the day before the target day is displayed. In "previous year", the number of customers on the day <same day> 52 weeks before the target day is displayed.
If the scale is "Weekly" or "Monthly", the total number of customers during the aggregation period is displayed in "This time". As shown in the formula (2), the sum of the product of the number of holiday days in the aggregation period and the holiday customer number target and the product of the weekday days in the aggregation period and the weekday customer number target is displayed in the "target".

The total number of customers during the aggregation period is displayed in "Last time". In "previous year", the customer figures for the aggregation period 52 weeks ago are displayed.

<< Calculation method of customer unit price >>
If the target is "customer unit price" and the scale is "daily", the customer unit price on the target day is displayed in "this time". If the target day is a holiday, the holiday customer unit price target is displayed, and if the target day is a weekday, the weekday customer unit price target is displayed. In "Last time", the customer unit price of the day immediately before the target day is displayed. In "previous year", the customer unit price on the day <same day> 52 weeks before the target day is displayed.
If the scale is "weekly" or "monthly", the value obtained by dividing the total customer unit price during the aggregation period by the number of aggregation days is displayed in "this time". In the "target", as shown in equation (3), the sum of the product of the number of holiday days in the aggregation period and the holiday customer unit price target and the product of the weekday days in the aggregation period and the weekday customer unit price target is further aggregated. The value divided by the number of days is displayed. The total number of days may be calculated by adding the number of holiday days and the number of weekday days in the total period.

In "Last time", the value obtained by dividing the total customer unit price during the aggregation period by the number of aggregation days is displayed. In "previous year", the value obtained by dividing the total customer unit price in the aggregation period 52 weeks ago by the number of aggregation days is displayed.

<< Calculation method of audience seat rotation speed >>
If the target is the "audience seat rotation speed" and the scale is "daily", the audience seat rotation speed on the target day is displayed in "this time". In the "target", if the target day is a holiday, the value obtained by dividing the holiday customer number target by the number of seats is displayed, and if the target day is a weekday, the value obtained by dividing the weekday customer number target by the number of seats is displayed. In "Last time", the number of rotations of the audience seats on the day immediately before the target day is displayed. In "previous year", the number of rotations of the audience seats on the day <same day> 52 weeks before the target day is displayed.
If the scale is "weekly" or "monthly", the value obtained by dividing the total number of seat rotations during the aggregation period by the number of aggregation days is displayed in "this time". As shown in equation (4), the "target" is the sum of the product of the number of holiday days in the aggregation period and the target for the number of holiday customers, and the product of the number of weekday days in the aggregation period and the target for the number of weekday customers. The value divided by the number is displayed.

In "Last time", the value obtained by dividing the total number of seat rotations during the aggregation period by the number of aggregation days is displayed. In "previous year", the value obtained by dividing the total number of seat rotations in the total period 52 weeks ago by the total number of days is displayed.

《Calculation method of tsubo sales》
Although not shown, if the target is "tsubo sales" and the scale is "daily", the tsubo sales on the target day are displayed in "this time". In "Target", if the target day is a holiday, the value obtained by dividing the holiday sales target by the tsubo is displayed, and if the target day is a weekday, the value obtained by dividing the weekday sales target by the tsubo is displayed. In "Last time", the tsubo sales of the day immediately before the target day are displayed. In "previous year", the tsubo sales on the day <same day> 52 weeks before the target day are displayed.
If the scale is "Weekly" or "Monthly", the value obtained by dividing the total tsubo sales value during the aggregation period by the number of aggregation days is displayed in "This time". As shown in equation (5), the "target" is the sum of the product of the number of holiday days in the aggregation period and the holiday sales target, and the product of the number of weekday days in the aggregation period and the weekday sales target. The value divided by and is displayed.

In "Last time", the value obtained by dividing the total tsubo sales value during the aggregation period by the number of aggregation days is displayed. In "previous year", the value obtained by dividing the total tsubo sales value of the aggregation period 52 weeks ago by the number of aggregation days is displayed.

《Cost calculation method》
If the target is "cost" and the scale is "daily", the sum of purchases and expenses on the target day is displayed in "this time". In "Target", the product of the holiday sales target and the target cost rate is displayed if the target date is a holiday, and the product of the weekday sales target and the target cost rate is displayed if the target date is a weekday. In "Last time", the sum of the purchase and expenses of the day immediately before the target day is displayed. In "previous year", the sum of purchases and expenses on the day <same day> 52 weeks before the target day is displayed.
If the scale is "Weekly" or "Monthly", "This time" shows the sum of the purchases during the aggregation period and the total cost. As shown in equation (6), the target cost rate is the sum of the product of the number of holiday days in the aggregation period and the holiday sales target, and the product of the number of weekday days in the aggregation period and the weekday sales target. The value obtained by multiplying the value divided by 100 is displayed.

In "Last time", the sum of the purchase during the aggregation period and the total expense value is displayed. In "previous year", the total purchase and expense values for the aggregation period 52 weeks ago are displayed.

<< Calculation method of labor cost >>
If the target is "labor cost" and the scale is "daily", the labor cost of the target day is displayed in "this time". The target labor cost is displayed in "Target". In "Last time", the labor cost of the day immediately before the target day is displayed. In "previous year", the labor cost of the day <same day> 52 weeks before the target day is displayed.
If the scale is "Weekly" or "Monthly", "This time" shows the total labor cost for the aggregation period. In "Target", the product of the target labor cost for the aggregation period and the number of aggregation days is displayed. In "Last time", the total labor cost value for the aggregation period is displayed. In "previous year", the total value of labor costs for the aggregation period 52 weeks ago is displayed.

<< Calculation method of FL ratio >>
If the target is the "FL ratio" and the scale is "daily", the value obtained by dividing the sum of the purchase and labor costs on the target day by sales is displayed in "this time". The target FL ratio is displayed in "Target". In "Last time", the value obtained by dividing the sum of the purchase and labor costs on the day before the target date by sales is displayed. In "previous year", the FL ratio of the day <same day> 52 weeks before the target day is displayed.
If the scale is "Weekly" or "Monthly", "This time" displays the sum of the total purchase value and the total labor cost value for the aggregation period divided by the total sales value. The target FL ratio is displayed in "Target". In "Last time", the value obtained by dividing the sum of the total purchase value and the total labor cost value in the aggregation period by the total sales value is displayed. In "previous year", the value obtained by dividing the sum of the total purchase value and the total labor cost value in the aggregation period 52 weeks ago by the total sales value is displayed.

<< Calculation method of labor cost ratio >>
If the target is the "labor cost ratio" and the scale is "daily", the labor cost ratio on the target day is displayed in "this time". If the target day is a holiday, the value obtained by dividing the target labor cost by the holiday sales target is displayed, and if the target day is a weekday, the value obtained by dividing the target labor cost by the weekday sales target is displayed. In "Last time", the labor cost ratio of the day immediately before the target day is displayed. In "previous year", the labor cost ratio of the day <same day> 52 weeks before the target day is displayed.
If the scale is "Weekly" or "Monthly", the value obtained by dividing the total labor cost ratio for the aggregation period by the number of aggregation days is displayed in "This time". In the "target", as shown in equation (7), the product of the target labor cost and the total number of days is the product of the number of holiday days in the total period and the holiday sales target, and the number of weekday days in the total period and the weekday sales target. Divide by the sum of the product and multiply by 100 to display the value.

In "Last time", the value obtained by dividing the total labor cost ratio for the aggregation period by the number of aggregation days is displayed. In "previous year", the value obtained by dividing the total value of the labor cost ratio in the aggregation period 52 weeks ago by the number of aggregation days is displayed.

<< Gross profit calculation method >>
If the target is "gross profit" and the scale is "daily", the gross profit of the target day is displayed in "this time". If the target day is a holiday, the target cost rate is subtracted from 1 and multiplied by the holiday sales target. If the target day is a weekday, the target cost rate is subtracted from 1 to sell on weekdays. The value multiplied by the target is displayed. In "Last time", the gross profit of the day immediately before the target day is displayed. In "previous year", the gross profit of the day <same day> 52 weeks before the target day is displayed.
If the scale is "Weekly" or "Monthly", "This time" shows the total gross profit value for the aggregation period. As shown in equation (8), the "target" is the product of the number of holiday days in the aggregation period and the holiday sales target, and the product of the number of weekday days in the aggregation period and the product of the weekday sales target, multiplied by 100. The value obtained by subtracting the target cost rate from and dividing by 100 is displayed.

The total gross profit value for the aggregation period is displayed in "Last time". In "previous year", the total gross profit value of the aggregation period 52 weeks ago is displayed.

In the "Target", "Last time", and "Previous year" columns, white circles or black circles are displayed adjacent to the numerical values of each management data, and the comparison result with the management data of "this time" is shown. That is, the white circle indicates that the management data of "this time" is superior to that of "target", "previous time", and "previous year". Black circles indicate that the management data for "this time" is inferior to "target", "previous", and "previous year".

The management data table 82 includes radio buttons 821 to 829. The radio button 821 has "sales" as the target value of the index analysis graph 83. The radio button 822 sets the "number of customers" as the target value of the index analysis graph 83. The radio button 823 sets the “customer unit price” as the target value of the index analysis graph 83.

The radio button 824 uses the "audience seat rotation speed" as the target value of the index analysis graph 83. The radio button 825 uses "cost" as the target value of the index analysis graph 83. The radio button 826 sets “labor cost” as the target value of the index analysis graph 83.

The radio button 827 has "man-hour sales" as the target value of the index analysis graph 83. The radio button 828 uses the “FL ratio” as the target value of the index analysis graph 83. The radio button 829 sets "gross profit" as the target value of the index analysis graph 83.
In addition, although the items for restaurants are displayed here, in industries other than restaurants, the item of "tsubo sales" is displayed instead of "audience rotation speed", and "FL ratio" is replaced with "". It is advisable to display the item of "Personnel cost ratio".

FIG. 12 is a diagram showing an example of the index analysis graph 83 in the index analysis screen 8.
In the index analysis graph 83, the target value "sales" is on the vertical axis and the date is on the horizontal axis, and the plot 831 showing the time-series transition of this time is superimposed on the same day of the week (52 weeks ago). The previous year's plot 832 showing the time-series transition in the above and the target plot 833 showing the target value of each day of the week are displayed. In this index analysis graph 83, the plot 831 this time is displayed by a solid line, the plot 832 of the previous year is displayed by a broken line, and the target plot 833 is displayed by a thick solid line.
Further, the mouse cursor 86 is displayed on the graph 83. The mouse cursor 86 points to Monday, June 27th. Furthermore, on June 27th, the markers of this plot 831 and the markers of the previous year plot 832 are highlighted. The CPU 21 displays the mouse cursor 86 so as to move on the plot 831 this time and along the plot 831 this time according to the user operation.
The CPU 21 has a current plot 831 (first transition graph) showing the period of interest of the time series information and a previous year plot 832 (second transition graph) showing the comparison period one cycle before the period of interest of the time series information. Operates as a graph display control means for displaying an arranged index analysis graph 83 so that the date of the period of interest and the date of the comparison period corresponding to 52 weeks (about 1 year) before this date are at the same position. To do.

In the example shown in FIG. 11, the previous year's plot 832 and the target plot 833 are displayed on top of the current plot 831 of the latest weekly management data. When the user selects the monthly switching radio button 811 or the daily switching radio button 813, the index analysis graph 83 showing the monthly or daily management data is redisplayed. Further, in that case, when the user selects the weekly switching radio button 812, the index analysis graph 83 showing the weekly management data is redisplayed.

It is also possible to change the graph display period according to the operation of the slide bar 834. The entire slide bar 834 shows the past 52 weeks and the future 4 weeks. The slider 8341 of the slide bar 834 indicates the beginning of the graph display period. Slider 8342 on the slide bar 834 indicates the end of the graph display period.

By operating these sliders 8341 and 8342, any period of the past 52 weeks and the future 4 weeks can be displayed. In the past 52 weeks, the current plot 831, the previous year plot 832, and the target plot 833 are displayed. In the next four weeks, the previous year plot 832 and the target plot 833 will be displayed. The previous year's plot 832 in these four weeks is actually management data from the past 48th week to 52nd week.

That is, in this index analysis graph 83, the previous year plot 832 showing the transition of the previous cycle, which is the previous year, is superimposed on the current plot 831 showing the transition of the current cycle of the management data which is the time series information, and the date of this year and the previous year. The time axis components of the date (52 weeks ago) are displayed side by side so that they are at the same position. Further, the index analysis graph 83 is displayed on the screen including a portion corresponding to the future four weeks ahead in this current cycle.
In other words, this index analysis graph 83 is superimposed on the current plot 831 showing the time-series transition of the focus period of the management data, which is the time-series information, and corresponds to the future four weeks ahead in this focus period. It can be said that the previous year's plot 832, which shows the time-series transition of the comparison period including the part, is displayed on the screen. Here, the comparison period corresponds to one cycle before the period of interest. The CPU 21 operates as a graph display control means for displaying the index analysis graph 83.

The comment column 84 displays a comment on the date indicated by the mouse cursor 86 displayed when the current plot 831 of the index analysis graph 83 is mouse-operated. The CPU 21 operates as a cursor display control means for displaying the mouse cursor 86 so that the mouse cursor 86 moves on the plot 831 this time and along the plot 831 this time according to the user operation. Further, on the date indicated by the mouse cursor 86, the markers of the plot 831 this time and the plot 832 of the previous year are displayed in large size. As a result, the date displayed in the comment field 84 can be recognized.
The comment of this time is displayed on the first line, and the comment on the corresponding date of the previous year (52 weeks ago) is displayed on the second line. The date of this comment is June 27, 2015 (Monday), and the date of the previous comment is June 29, 2015 (Monday). As a result, when an event with a cycle of about one year occurs, for example, a comment relating to a periodic event according to the season can be compared with that of one cycle before. The CPU 21 operates as a comment display control means for displaying the comment field 84.

The transition selection radio button 85 selects whether the graph aggregation method is simple transition or cumulative transition in the current month, and the default is simple transition. The transition selection radio button 85 is displayed only when "sales", "number of customers", "cost", "labor cost", and "gross profit" are displayed as the target values of the index analysis graph 83. .. The other items are because the cumulative value has no meaning.

FIG. 13 is a flowchart showing an example of index analysis display processing performed by the server.
As shown in FIG. 13, when the communication unit 26 receives the access request to the index analysis screen 8 from the user terminal 3, the CPU 21 of the server device 2 starts the index analysis display process on a weekly scale. (Step S30). The CPU 21 sets the display target of the index analysis graph 83 as “sales” (step S31), and sets the graph period according to the selected scale (step S32).
The CPU 21 acquires the management data to be displayed on the index analysis screen 8 from the storage unit 25. The CPU 21 generates information to be displayed from the management data (step S33), and displays the plot 831 this time, the plot 832 of the previous year on the corresponding day of the previous year, and the target plot 833 on the index analysis graph 83 (step S34).

Next, the CPU 21 of the server device 2 waits for an operation input from the user terminal 3 (step S35). For example, if one of the dates in the index analysis graph 83 is mouse-operated by the user via the user terminal 3, the CPU 21 displays a comment on this date and a comment on the same day of the week 52 weeks ago ( In step S36) and step S35, the operation input from the user terminal 3 is awaited.

When any of the monthly switching radio button 811, the weekly switching radio button 812, and the daily switching radio button 813 is selected by the user's operation (step S35 → scale selection), the process returns to the process of step S32. The CPU 21 sets a graph period according to the scale (step S32), reacquires the management data to be displayed (step S33), and redisplays the index analysis graph 83 (step S34).

Further, when the sliders 8341 and 8342 are operated by the user's operation, the graph period is set (step S37), and the process returns to the process of step S33. The CPU 21 reacquires the management data to be displayed (step S33), and redisplays the index analysis graph 83 (step S34).
By operating the slider 8341 to the left, it is possible to know how similar the management data of the previous year and the management data of this time are. If the slider 8342 is operated to the right, it is possible to know the daily management data in the future from the corresponding date among the management data of the previous year. If the degree of similarity between the previous year's management data and this time's management data is high, the management data for the period from 52 weeks ago to 48 weeks ago, for example, from the present to 4 It is possible to predict management data up to the future one week ahead, and it will be easier to consider management improvement measures based on that prediction. The concept of the index analysis graph 83 will be described in detail with reference to FIG. 14 described later.

Further, when a new display target is selected by the user's operation, the process returns to the process of step S33. The CPU 21 reacquires the management data to be displayed (step S33), and redisplays the index analysis graph 83 (step S34). As a result, the user can check not only the “sales” in the illustrated example but also the graphs of other management data for further consideration.

FIG. 14 is a diagram showing the concept of the index analysis graph 83.
The target graph corresponds to the target plot 833 (see FIG. 13). The most recent graph corresponds to plot 831 (see FIG. 13) this time. The past graph corresponds to the previous year's plot 832.
It is currently the target date, and this target date will be March 10, 2016 (Thursday). At this time, the target graph and the past graph have management data for four weeks from March 10, 2016 (Thursday) to April 7, 2016 (Thursday). However, what is actually stored in the past graph is the information from March 12, 2015 (Thursday) to April 9, 2015 (Wednesday), which corresponds to 52 weeks before (about one year ago). ..

Furthermore, the latest graph has management data for 52 weeks from March 13, 2015 (Friday) to March 10, 2016 (Thursday). Similarly, the target graph and the past graph have data for 52 weeks from March 13, 2015 (Friday) to March 10, 2016 (Thursday). However, the data stored in the past graph is from March 14, 2014 (Friday) to March 12, 2015 (Thursday).

The graph plotting this is shown at the bottom of the past graph.
The most recent plot 91 has been displayed over the last 52 weeks. In contrast, the past plot 92 and the target plot 93 are displayed over the next 4 weeks in addition to the past 52 weeks. In this way, it is possible to predict future changes in management data by confirming how the management data one cycle before has changed while comparing with the management data one cycle before.
Further, since the latest plot 91 superimposes the same days of the week 52 weeks ago, the difference in management data does not occur depending on the day of the week, and the difference in management data due to the difference in year can be collated.

(Modification example)
The present invention is not limited to the above-described embodiment, and can be modified without departing from the spirit of the present invention. For example, there are the following (a) to (h).
(A) In the above embodiment, the server device 2 is configured to input management data, comment information, and the like via the user terminal 3 and display various display screens on the user terminal 3, but the present invention is not limited to this. Absent. For example, management data, comment information, and the like may be directly input from the operation input unit 22 of the server device 2, and various display screens may be displayed on the display unit 24. Further, the user terminal 3 or the like used by the user may be similarly configured to function as a management support device.

(B) In the above embodiment, the importance information indicates the importance ranked in three stages according to the user's choice, but is not limited to this. For example, it may be ranked in two stages of important or insignificant, or it may be ranked in four or more stages. Further, the server device 2 may be configured so that the importance of the importance information can be arbitrarily customized according to the operation of the user.

(C) In the above embodiment, the additional information input and displayed together with the comment information includes at least one of image data and POP data, but the present invention is not limited to this, and for example, document data and graphics. It may include data, moving image data, and the like.

(D) In the above embodiment, it is assumed that the "rain" check box 584 is displayed in the "today's event" area 58, but instead, a weather input menu or the like for inputting the weather is displayed. May be good. Further, when the "rain" check box 584 of a predetermined date is checked, for example, the color or mark of the plot of the area corresponding to this date may be changed in the index analysis graph 83. .. In this case, the user who confirms the index analysis graph 83 can also confirm the weather, which makes it easier to consider the management.

(E) In the above embodiment, it is assumed that the management data table 82 is displayed on the index analysis screen 8, but the management data table 82 may not be displayed on the index analysis screen 8. Further, in the management data table 82, the columns of "this time", "target", "previous time", "previous year", and "average of other stores" are displayed, but the present invention is not limited to these. For example, in place of or in addition to these, the "previous time", "this month", "last month", "today", "yesterday" columns, etc. may be displayed, or only one of these is displayed. It may be the one that has been done. In addition, in the management data table 82, "sales", "number of customers", "unit price per customer", "number of seat rotations", "cost", "labor cost", "sales per person", "FL ratio", " It is assumed that the management data of "gross profit" is displayed, but it is not limited to these. For example, management data other than these may be displayed, or only one of these may be displayed.

(F) In the above embodiment, when the index analysis graph 83 is selected by the user, the input comment information is displayed in the comment field 84, but the comment information is displayed on the index analysis graph 83 by balloon display. May be displayed.

(G) In the above embodiment, the past graph and the past plot 92 are taken 52 weeks ago (about 1 year ago). However, the past plot may be any number of years ago (integer multiple of 52 weeks), one quarter ago, one month ago, one week ago, and one day ago, and is not limited to this. Further, although the past plot 92 and the target plot 93 have data for the next four weeks, they may have data for any period.

(H) In the above embodiment, the management analysis system has been described, but the present invention is not limited to this, and may be applied to a system that displays arbitrary time series information.

The inventions described in the claims originally attached to the application of this application are added below. The claims in the appendix are as specified in the claims originally attached to the application for this application.
[Additional Notes]
<< Claim 1 >>
The current transition graph showing the current cycle of the time series information and the previous transition graph showing the previous cycle of the time series information correspond to the time axis component of the current cycle and 52 weeks before one cycle of the time axis component. A graph display control means for displaying an arranged comparison graph so that the time axis component of the previous cycle is at the same position is provided.
The graph display control means displays the previous transition graph including a portion corresponding to the future in the current cycle.
An information display system characterized by this.
<< Claim 2 >>
A cursor display control means for displaying the cursor so that the cursor moves along the current transition graph on the current transition graph in response to a user operation.
A comment that displays the current comment information stored in association with each time axis component of the current transition graph and the previous comment information stored in association with each time axis component of the previous transition graph on the same screen. With display control means,
The comment display control means displays the current comment information and the previous comment information associated with the time axis component corresponding to the display position of the cursor.
The information display system according to claim 1, wherein the information display system is characterized by the above.
<< Claim 3 >>
A storage means for storing the time-series information and comment information associated with each time-axis component of the time-series information.
A display control means for displaying the time-series information and a comment input field for inputting the comment information on a screen and storing the comment information input in the comment input field in the storage means.
The information display system according to claim 2, wherein the information display system is characterized in that.
<< Claim 4 >>
The storage means stores attribute information indicating the attributes of the comment information, and stores the attribute information.
The display control means displays the attribute information in addition to the current comment information, and displays the attribute information in addition to the previous comment information.
The information display system according to claim 3, wherein the information display system is characterized by the above.
<< Claim 5 >>
The first transition graph showing the period of interest of the time-series information and the second transition graph showing the comparison period one cycle before the period of interest of the time-series information are the time-axis component of the period of interest and the time-axis component. A graph display control means for displaying an arranged comparison graph so that the time axis component of the comparison period corresponding to one cycle before the above is at the same position is provided.
The graph display control means displays the second transition graph including a portion corresponding to the future in the period of interest.
An information display system characterized by this.
<< Claim 6 >>
A cursor display control means for displaying the cursor so that the cursor moves along the first transition graph on the first transition graph in response to a user operation.
The first comment information stored in association with each time axis component of the first transition graph and the second comment information stored in association with each time axis component of the second transition graph are stored on the same screen. It is equipped with a comment display control means to be displayed on the screen.
The comment display control means displays the first comment information and the second comment information associated with the time axis component corresponding to the display position of the cursor.
The information display system according to claim 5, characterized in that.
<< Claim 7 >>
A storage means for storing the time-series information and comment information associated with each time-axis component of the time-series information.
A display control means for displaying the time-series information and a comment input field for inputting the comment information on a screen and storing the comment information input in the comment input field in the storage means.
The information display system according to claim 6, wherein the information display system is characterized by the above.
<< Claim 8 >>
The storage means stores attribute information indicating the attributes of the comment information, and stores the attribute information.
The display control means displays the attribute information in addition to the first comment information, and displays the attribute information in addition to the second comment information.
The information display system according to claim 7, characterized in that.
<< Claim 9 >>
Computer,
The current transition graph showing the current cycle of the time series information and the previous transition graph showing the previous cycle of the time series information correspond to the time axis component of the current cycle and 52 weeks before one cycle of the time axis component. Graph display control that displays an arranged comparison graph so that the time axis component of the previous cycle is at the same position, and displays the previous transition graph including a part corresponding to the future in the current cycle. means,
A program to function as.

1 Management support system 2 Server device 21 CPU
22 Operation input unit 23 RAM
24 Display 25 Storage 26 Communication 27 Time counting 28 Bus 3, 3a to 3d User terminal 31 Printing device 41 Icon area 42 Menu area 421 Actual menu 422 Analysis menu 5, 5A, 5B Daily report screen 54 List display button 55 Date selection Button 56 Salary pane 57 Store performance pane 58 "Today's event" pane 6, 6A, 6B Daily report print 7 List display screen 71 Search condition pane 73 Search button 74 Clear button 75 Search option button 76 List display 8 Index analysis screen 811 Monthly Switching radio button 812 Weekly switching radio button 813 Daily switching radio button 82 Management data table 821-829 Radio button 83 Index analysis graph (part of graph display control means)
831 This time plot (current transition graph, first transition graph)
832 Previous year plot (previous transition graph, second transition graph)
833 Target plot 834 Slide bar 8341 Slider 8342 Slider 84 Comment field (part of comment display control means)
85 Transition selection radio button 91 Latest plot (current transition graph, first transition graph)
92 Past plot (previous transition graph, second transition graph)
93 Target Plot N Communication Network

Claims (9)

The current transition graph showing the current cycle of the time series information and the previous transition graph showing the previous cycle of the time series information correspond to the time axis component of the current cycle and 52 weeks before one cycle of the time axis component. A graph display control means for displaying an arranged comparison graph so that the time axis component of the previous cycle is at the same position is provided.
The graph display control means causes a portion corresponding to the future in the current cycle to display a portion at the beginning of the period in the current transition graph following the previous transition graph.
An information display system characterized by this. A cursor display control means for displaying the cursor so that the cursor moves along the current transition graph on the current transition graph in response to a user operation.
A comment that displays the current comment information stored in association with each time axis component of the current transition graph and the previous comment information stored in association with each time axis component of the previous transition graph on the same screen. Display control means and
With
The comment display control means displays the current comment information and the previous comment information associated with the time axis component corresponding to the display position of the cursor.
The information display system according to claim 1, wherein the information display system is characterized by the above. A storage means for storing the time-series information and comment information associated with each time-axis component of the time-series information.
And the time-series information, said the comment input field for inputting the comment information, and the screen display, and display control means for storing the comment information entered in the comment input field in the storage means,
To prepare
The information display system according to claim 2, wherein the information display system is characterized in that. The storage means stores attribute information indicating the attributes of the comment information, and stores the attribute information.
The display control means displays the attribute information in addition to the current comment information, and displays the attribute information in addition to the previous comment information.
The information display system according to claim 3, wherein the information display system is characterized by the above. The first transition graph showing the period of interest of the time-series information and the second transition graph showing the comparison period one cycle before the period of interest of the time-series information are the time-axis component of the period of interest and the time-axis component. A graph display control means for displaying an arranged comparison graph so that the time axis component of the comparison period corresponding to one cycle before the above is at the same position is provided.
The graph display control means causes a portion corresponding to the future in the first transition graph to display a portion at the beginning of the period in the first transition graph following the second transition graph.
An information display system characterized by this. A cursor display control means for displaying the cursor so that the cursor moves along the first transition graph on the first transition graph in response to a user operation.
The first comment information stored in association with each time axis component of the first transition graph and the second comment information stored in association with each time axis component of the second transition graph are stored on the same screen. Comment display control means to be displayed on
With
The comment display control means displays the first comment information and the second comment information associated with the time axis component corresponding to the display position of the cursor.
The information display system according to claim 5, characterized in that. A storage means for storing the time-series information and comment information associated with each time-axis component of the time-series information.
And the time-series information, said the comment input field for inputting the comment information, and the screen display, and display control means for storing the comment information entered in the comment input field in the storage means,
To prepare
The information display system according to claim 6, wherein the information display system is characterized by the above. Information display system computer,
The current transition graph showing the current cycle of the time series information and the previous transition graph showing the previous cycle of the time series information correspond to the time axis component of the current cycle and 52 weeks before one cycle of the time axis component. It functions as a graph display control means for displaying an arranged comparison graph so that the time axis component of the previous cycle is at the same position.
The graph display control means causes a portion corresponding to the future in the current cycle to display a portion at the beginning of the period in the current transition graph following the previous transition graph.
A program characterized by that. Information display system computer,
The first transition graph showing the period of interest of the time-series information and the second transition graph showing the comparison period one cycle before the period of interest of the time-series information are the time-axis component of the period of interest and the time-axis component. It functions as a graph display control means for displaying an arranged comparison graph so that the time axis component of the comparison period corresponding to one cycle before the above is at the same position.
The graph display control means causes a portion corresponding to the future in the first transition graph to display a portion at the beginning of the period in the first transition graph following the second transition graph.
A program characterized by that .

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