JPH0879863A - Automatic attendance state display board and attendance state display system - Google Patents

Abstract

PURPOSE: To obtain an automatic attendance state display board and an automatic state display system on which an entrance time and a job content of next day are automatically displayed without handwriting by each personnel. CONSTITUTION: The automatic attendance display board is provided with a calendar display device 3 to display current month, day and time, name display devices 5a-5j to display names of each person, and job state display devices 7a-17j to display a scheduled job corresponding to the names, and when the time of the calendar display device 3 reaches 14:30, a control section 22 reads the job schedule of each person of a succeeding day based on the month and day information of the calendar display device 3 and displays the name on the name display devices 5a-5j and the scheduled job onto the job state display devices 7a-17j.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an automatic work status display board and a work status display system for automatically displaying a work schedule of each person.

[0002]

2. Description of the Related Art For example, in a company that employs flextime attendance, in order to understand the attendance time of each person, the date, day of the week, office hours, nomination,
On the bulletin board on which the work schedule including the work contents was written, each person wrote down the company time and work contents on the next sunrise by handwriting when leaving the company.

[0003]

[Problems to be Solved by the Invention] However, when leaving the company, each person writes in the work schedule on the bulletin board on the next day's company time, leaving time, work details, etc. There was a problem that you might forget to fill in.

Further, since the bulletin board on the work schedule is handwritten by each person to write the schedule for the next day by hand, the bulletin board must be placed in a position where each person can reach. For this reason, there is a problem that the mounting position of the bulletin board on the work schedule is limited.

Further, in an office in which equipment and the like are crowded, the bulletin board may be installed in a place invisible to each person. In such an office, for example, even if the employee A calls and asks when he / she comes to the office, he / she cannot immediately answer,
There was a problem that I had to bother to go to the place where the work schedule was and answer the person who called.

The present invention has been made in order to solve the above problems, and the next day company, even if each person does not write by hand,
The purpose is to obtain an automatic work status display board and a work status display system that automatically displays information such as leaving the company and work details.

[0007]

An automatic work status display board according to the present invention includes a calendar display, a name display group, and a work status display group arranged corresponding to the name display. The current month, day, and time are output to the display panel and the calendar display, and each time the calendar display time reaches a predetermined time, the work schedule of each person for the day after the stored predetermined time Is provided with a control unit for outputting the name of each person to the name display group and displaying the work status display group on the display board.

The first work status display system comprises an automatic work status display board and a work status setting device.

The work status setter sends out the input month / day and time in accordance with the calendar setting instruction, and when there is a transmission instruction, the work schedule of each person within a predetermined period stored is stored. Send out.

The automatic work status display board is a calendar display,
It is equipped with a display board equipped with a display group for name and a display group for work status arranged corresponding to the display for name, and activates the calendar circuit in response to the date and time when it is sent. The date and time are stored in the calendar display, and when the work schedule data of each person within the predetermined period is received, it is stored, and every time the time on the calendar display reaches the predetermined time, The work schedule of each person on the day is output to the work status display group on the display board, and the name of each person is output to the name display group to be displayed.

Further, the work status setter of the first work status display system includes a display unit, and displays the stored work schedule or name of each person for one day in accordance with the correction instruction. The input work schedule or name is provided with correction means for correcting the work schedule or name of each person displayed on the display unit and re-storing.

In the second work status display system, the personal computer comprises an automatic work status display board, a work status setting device, and a personal computer.

The personal computer obtains a date for a predetermined period from the next day according to the input of the date, and a work status writing area for writing a work schedule for a predetermined number of people for each month and a name writing for writing a name. Display the work schedule consisting of areas, write the work schedule in the work status writing area, write the name in the name writing area, and write each area of the work schedule in a predetermined communication format according to the sending instruction. Send the data of.

The work status setting device receives the work schedule of each person sent in a predetermined period in a predetermined communication format, sends out the input date and time in accordance with the calendar setting instruction, and sends a transmission instruction. If there is, the work schedule of each person within the stored predetermined period is sent out.

The work status display board includes a calendar display, a display group for names, and a display board provided with a display group for work statuses arranged in correspondence with the display devices for names, and the sent month is sent. When the calendar circuit is activated in response to the date and time, the date and time are displayed on the calendar display, and when the work schedule of each person within the specified period is received, the time is displayed and stored on the calendar display. Each time, the stored work schedule of each person after the predetermined time is output to the work status display group of the display board and the name of each person is output to the name display group to be displayed.

[0016]

In the automatic work status display board of the present invention, the current month, day and time are output to the calendar display. Also,
The automatic work status display board outputs the work schedule of each person for one day after the stored predetermined time to the work status display group of the display board every time the time on the calendar display reaches a predetermined time,
The name of each person is output to the name display group. The name display group of the display board displays the output name, and the work status display group displays the output work schedule.

In the first work status display system of the present invention, the work status setter sends a work schedule of each person within a predetermined period stored in a predetermined communication format in accordance with a transmission instruction, and a predetermined communication format is sent. When the transmission for the period ends, the transmission is stopped.

The automatic work status display board outputs and displays the current month, day and time on a calendar display, and stores the work schedule of each person sent within a predetermined period. Whenever the time on the calendar display reaches a predetermined time, the work schedule of each person for the day after the stored predetermined time is displayed in the work status display group on the display board, and the name of each person is used for the name. Output to the display group and display.

Further, in the work status setter of the first work status display system, the correction means causes the display section to display and input the stored work schedule or name of each person in response to the correction instruction. The work schedule or name of each person displayed on the display unit is corrected to the designated work schedule or name and is stored again.

Then, the work status setter sends the stored work schedule of each person within a predetermined period in a predetermined transmission format every day according to the transmission instruction, and controls the automatic work status display board. The department memorizes the work schedule of each person sent within a predetermined period, and every time the time on the calendar display reaches a predetermined time, the work schedule of each person for the day after the stored predetermined time The name of the work status display board or the work schedule is corrected so that the name of each person is output to the name display group to be displayed on the work status display group of the display board.

In the second work status display system, when the date is input by the personal computer, the date of the predetermined period is calculated from the next day, and the work schedule and names for a predetermined number of people are written for each month and day of the displayed work schedule. Then, with the input of the transmission instruction,
The written work schedule and names for the specified number of people are sent to the work status setting device.

The work status setter receives the sent work schedules and names for a predetermined number of people, and sends them to the automatic work status display board in accordance with the sending instruction.

The automatic work status display board receives and stores the transmitted name and work schedule, and causes the work status display group to display the stored work schedule for the next day every predetermined time.

[0024]

【Example】

Example 1 Generally, a work schedule for about one week often shows the schedule. Therefore, the schedule for one week is handed over in advance to the work schedule report, etc., and each person writes it, and the operator totals the work schedule report and displays it on the automatic work status display board. As described below.

FIG. 1 is a schematic configuration diagram of an automatic work status display board. In the figure, 1 is an automatic work status display board. The automatic work status display board 1 has at least the following configuration.

Reference numeral 2 is a display plate. The front plate 2 includes a calendar display 3, a name display 5a to a name display 5i, a scheduled attendance time display 7a to a scheduled attendance time display 7j,
Absence Display 9a to Absence Display 9j, Late Arrival Display 1
1a to display device 11j for late arrival, display device 13a for vacation to display device 13i for vacation, display device 15a for going out to display device 1 for going out
5i, business trip display 17a to business trip display 17i and the like. That is, it is equipped with a plurality of display devices for notifying the working status of 10 persons and information such as lateness and absence of absence.

Reference numeral 22 is a control unit. The control unit 22 includes a computer, and at least the computer includes an automatic work schedule display program including a data storage control unit 22a, a display data updating unit 22b, a display data output unit 22d, and the like.

The data storage control means 22a creates a table corresponding to each display of the display board 2 for one week in a predetermined manner in the memory 24, and uses the month and day of one week of the work schedule data as a title respectively. After writing at the top of the schedule table, the work schedule table in which the name data is written in the name area and the work schedule data is written in the work status area is stored. The work schedule data may be stored in a floppy disk or the like to create a work schedule table.

In the display data updating means 22b, the data storage control means 22a stores the work schedule data for one week in the memory 2.
When stored in 4, the current time of the calendar circuit 26 is compared with the update time, and when the update time is reached, an instruction to update the displayed work schedule data for the next day is output and at the time of the first display. Keeps the storage order of the work schedule table in the memory 24 as it is, and thereafter makes the work schedule table at the beginning the last.

The display data output means 22d reads the work schedule table at the top when an update instruction is given from the display data update means 22b, and outputs the name data and work schedule data of the work schedule table to the LED drive section. 25
Output to.

Reference numeral 23 is an LED drive section. The LED drive unit 23 is connected to the LEDs of each display unit except the calendar display unit 3 and outputs the name data and work schedule data from the display data output means 22d to the corresponding display unit.

Reference numeral 26 is a calendar circuit. The calendar circuit 26 is activated when the calendar data is set, and outputs the current month, day, and time.

Reference numeral 27 is a calendar LED drive unit. The calendar LED drive unit 27 is connected to the calendar display device 3 and outputs the month, the day, and the time from the calendar circuit 26 to the corresponding LED of the calendar display device 3. 28 is DC
It is a power supply unit. The DC power supply unit 28 converts AC into a predetermined DC voltage and supplies it to each unit.

FIG. 2 is an explanatory diagram of the work schedule table in the memory 24. In the work schedule table, names and work schedule data for 10 persons are written. In the work schedule table 25a to the work schedule table 25g, in addition to the title area in which the month and day are written, a name writing area A, a scheduled attendance time writing area B, absentee writing area C, a late writing area D, and vacation are written. It has a writing area E, a going-out writing area F, a business trip writing area G, etc., and each set corresponds to a name.

The operation of the work status display board 1 of the first embodiment constructed as described above will be described below.

The calendar LE is used by the calendar circuit 26.
The D drive unit 27 is driven to display the current month, day, and time on the calendar display 3, and, for example, a floppy disk is inserted into the data storage control means 22a, and the data storage control means 22a allows one week for each person. It is assumed that the work schedule data for minutes is read and the attendance table for each month and day shown in FIG. 2 is created.

Then, the display data updating means 22b determines whether or not the current time of the calendar circuit 26 has reached the set update time. In this case, the first attendance time of the flextime is 6:00 and the update time is 14:30.

Next, the display data updating means 22b activates the display data outputting means 22d when the current time of the calendar circuit 26 reaches the update time. Display data output means 22
d reads the work schedule table 25a at the top of the memory unit 24, and displays the name and work schedule of each person in the table by LED.
Output to the drive unit 23 to display the name indicator 5a to the name indicator 5i, the scheduled attendance time indicator 7a to the scheduled attendance time indicator 7j, the absentee indicator 9a to the absentee indicator 9j, and the late arrival. Display device 11a to late display device 11j, vacation display device 1
3a-vacation display 13i, going-out display 15a-going-out display 15i, business trip display 17a-business trip display 1
7i etc. are displayed.

Therefore, in flextime, even if the working hours of each person on the next sunrise are different, or on a business trip,
Even if you go out, the next day's work hours, business trip or outings are automatically displayed, so even if you forget to inform the next day's work hours, business trips or outings, other people will automatically work. By looking at the status display board 1, it becomes possible to immediately understand the work schedule contents of each person on the next day.

When the child is late or absent from work, the contents of the floppy disk are changed and inserted, and the displayed contents are automatically corrected.

Second Embodiment FIG. 3 is a schematic configuration diagram of the second embodiment. In the figure, 30
Is a work status display board. The work status display board 30 includes at least a wireless receiver in addition to the configuration of FIG. 1, receives the scheduled work status of a predetermined period transmitted from the wireless receiver in a predetermined format, and stores the received data as data. Hand to means.

Reference numeral 40 is a work status setting device. The work status setting device 40 includes a transmission mode key 41, a menu key 42,
A transmission key 43, a cancel key 44 for canceling the contents displayed on the input or automatic work status display plate 30, a shift key 45, an ENT key 46 for displaying input data, a numeric keypad 47, LC
A D49, an antenna 50, and the like are provided, and the internal configuration is as described below.

Reference numeral 51 is a memory circuit. Memory circuit 51
2 stores at least the work schedule table shown in FIG. 2, and this storage may be a floppy disk. Reference numeral 52 is a keyboard control circuit. The keyboard control circuit 52 is connected to each key and informs which key is pressed according to the pressed position of the key. Reference numeral 53 is a wireless device for transmission. The wireless device 53 transmits by 400 MHz specific low power data transmission according to a predetermined communication protocol.

Reference numeral 53 is a control circuit. The control circuit 53 has a computer inside, and the computer has a radio device 53 for transmitting the work schedule table stored in the memory 51.
It has a function to pass to.

That is, the second embodiment is a work status display system for controlling the automatic work status display board 30 from a remote location.

FIG. 4 is a schematic configuration diagram of the work status display plate 30 of the second embodiment. In the figure, 2 to 30 are the same as above except 29. Reference numeral 29 is a receiver. The reception unit 29 receives data in a predetermined communication format, outputs calendar data such as date and time to the calendar circuit 26,
The work schedule data is output to the control unit 22.

The operation of the work status display system of the second embodiment having the above-mentioned structure will be described below.

For example, when the transmission key of the work status setting device 40 is pressed, the control unit 54 operates the memory circuit 51 to sequentially pass the daily work schedule table to the wireless device 50.
The wireless device 50 arranges the passed work schedule table in a predetermined communication format and transmits it by radio.

The receiving section 29 of the automatic work status display board 30 is
The data of the work schedule table is received every time it is transmitted, and the control unit 22 of the automatic work status display board 30 stores the work schedule table as shown in FIG.

The operation of the automatic work status display board 30 will be described with reference to a flowchart. FIG. 5 is a flowchart illustrating the operation of the automatic work status display board according to the second embodiment.

When the power is turned on, the control unit 22 performs memory clear, calendar initial setting, etc. as initial settings (S).
501). Then, the data storage control means 22a performs a process of putting the receiving unit 20 in a data reception waiting state (S50).
3).

Next, the day storage control means 2 of the control section 22
2a determines whether or not the receiving unit 20 has received the data (S505), and if not, determines whether or not the calendar clock is stopped (S507). To Step S503.

If it is determined in step S505 that data has not been received, the data storage control means 22a of the control unit 22 controls the receiving unit 20 to turn off the wireless line.
A process for setting the status is performed (S509). That is, when data is received, other signals are not received.

Next, the content of the received data received by the receiving unit 20 is read, and it is determined whether the content of the received data is clock data (S513). If it is clock data, the clock data is sent from the receiving unit 20 to the calendar circuit 26 to be temporarily stored (S515), and the stored clock data is set in the calendar circuit 26 to perform start processing (S51).
7) Then, the control is moved to step S507.

If it is determined in step S513 that the data is not clock data, it is determined whether it is work schedule data (S519). If it is determined that it is work schedule data, the work schedule data is stored in the memory 24. (S52
1), error check processing is performed (S523). The stored work schedule data is, for example, the work schedule shown in FIG. Next, the result of the error check process is determined (S525). If it is determined that there is an error, control is transferred to step S501, and if it is determined that there is no error, control is transferred to step S507.

If it is determined in step S519 that the data is not work schedule data, control is passed to step S503 to wait for data reception. If it is determined in step S507 that the clock of the calendar circuit is not stopped, the display data output unit 22d performs a process of reading the calendar data (S527) and displays the calendar (S529). For example, assume that the display is 11:05 on November 29th.

Next, the display data updating means 2 of the control unit 22
2b is the update time 22c of the calendar circuit 26 14
It is determined whether it is 30 minutes (S533), 14
When it is 30 minutes, the display data output means 22d performs processing for displaying the work schedule data for the next day (S53).
3). Taking FIG. 2 as an example, the attendance data on November 30 will be displayed first, and Mr. Oba will be in attendance at 8:30, and ... Mr. Yamamoto will be in attendance at 8:30. Further, since the business trip display 17a for Mr. Yamada is turned on, it is understood that Mr. Yamada is on a business trip.

Therefore, when the work schedule data for one week is transmitted from the work situation setting device 40, the work situation display board 30 receives and stores the work schedule data, and when it is 14:30, the work schedule for the next day is automatically set. Since the data is displayed, the work schedule of each person for one week can be set in the automatic work status display table 30 from a remote location, and it is not necessary to hang the automatic work status display plate 30 at a reachable position.

Embodiment 3 The working status setting device has a program configuration including a calendar modifying means for changing the calendar and a working status modifying means for modifying the work schedule data, and the working status setting device is operated to display the working status. An example in which the display content of the board 30 or the work schedule table can be changed will be described below. Further, the memory circuit 51 stores the one-week work schedule table and the work pattern / code correspondence table in FIG.

FIG. 6 is an explanatory diagram of the work pattern / code correspondence table. As shown in FIG. 6, the work pattern / correspondence table is a table in which the scheduled work time is a work pattern and its code, and the trend / destination is absent.
The table is a set of trend patterns such as lateness and business trips and their codes.

The code of this attendance pattern is a number representing the attendance time of the flex attendance pattern. For example, when the attendance pattern is 6:00, the code is 1 or 2, and when the trend pattern is absent, The code is shift +6 etc.

The operation will be described below. FIG. 7 is an explanatory diagram for explaining the display of the work status setting device. The control circuit 53
When the time is not set in the memory circuit 51, that is, when it is used for the first time, the clock correction mode screen of FIG. 7A is displayed when the power is turned on.

Then, the year, month, day, hour, and minute are input respectively, and the control circuit 53 displays the key press position from the keyboard control circuit 52. For example, as shown in FIG. 7B, 1992, 11/29, 10:00,
Suppose you enter 00 minutes.

When this time setting is completed, as shown in FIG. 7C, the time adjustment M
The ENU screen will appear.

Next, when the set time is acceptable, the transmission key is pressed to drive the wireless device to transmit.

When the transmission key is simply pressed, the work schedule data in the memory circuit is sequentially read in serial and transmitted from the wireless device. Further, the name selection screen is displayed on the LCD 49 as shown in FIG. 7D, and the date designation screen is displayed as shown in FIG.

FIG. 8 is a flow chart for explaining the operation of the work status setting device. In the figure, step S80
It is assumed that the MENU screen is displayed as shown in FIG.

When the MENU screen is displayed, the control circuit 53 performs a key input reading process (S803). Next, it is determined whether or not the read result is two keys of the numeric keypad (S (S805), if it is not two keys, it is determined whether it is the zero key (S807), and if it is not the zero key, it is the one key. Is determined (S809).

Next, if it is not the 1 key, it is determined whether it is the transmission key (S811). If it is not the transmission key, the control is shifted to step S803.

If it is determined in step S805 that the key is the 2 key, clock correction processing for displaying a screen for correcting the year, month, day, hour, and minute is performed, and step S81 is performed.
The control is shifted to 1 (S815). Also, step S807
If it is determined that the key is 0, the process for displaying the name selection screen is performed, the name is selected and the date designation screen is displayed (S815), the work schedule of the date designation is corrected, and control is performed to step S811. Transfer (S821). If you are satisfied with the corrected contents, press the ENT key.

If it is determined in step S811 that the transmission key has been pressed, these input data are transmitted in a predetermined format (S823).

Therefore, by operating the keyboard of the work status setting device as described above, the display content of the automatic work status display plate or the content of the work schedule table of the memory 24 can be corrected from a remote location.

Further, in the case where each person is provided with such a work status setting device, it is not necessary to share one work status setting device, so that it is not necessary to wait for the operation.

Fourth Embodiment In the second and third embodiments, an example in which a work schedule table is provided in the work status setting device and this work schedule table is transmitted has been taken as an example. However, since the LCD is small, it is corrected. There are inconveniences in some cases. Therefore, a work schedule table may be created on a personal computer and the work schedule table may be transmitted from the personal computer.

FIG. 9 is a schematic configuration diagram of the third embodiment. In the figure, 30 is the same as that in FIG. 60 is a personal computer. When the floppy storing the work situation creation program is inserted, the personal computer 60 prompts the user to input the month and day based on the work situation creation program, and automatically calculates the month and day from the next day to 10 days. After inputting names up to the number of people, display the work schedule and ask each person to enter work hours, vacations, etc. Then, when a sending instruction is given, the attendance status of each person is serially output.

Reference numeral 70 is a work status setting device. The work status setting device 70 includes a communication mode changeover switch 72, and when it is switched to the personal computer side, connects the communication line to the personal computer 60 and serially receives data from the personal computer side.
When switching to the sending side, the work status display board 3
0 is connected to the communication line and transmitted.

FIG. 10 is a specific circuit configuration diagram of the third embodiment. In the figure, the configuration of the work status setting device is emphasized in the description. In the figure, 30 to 60 are the same as above. Reference numeral 76 is a serial interface circuit.
The irial interface circuit 76 receives the data from the personal computer 60 in a step-synchronous serial manner and outputs it. This serial interface 76 uses RS-232C.

Reference numeral 78 is a control circuit. The control circuit 78
It has a computer inside and a communication mode selector switch 7
2 is switched to the personal computer side, a format of a table group as shown in FIG. 2 is created in the memory 80, the data from the serial interface 76 is stored in each created table, and the communication mode selection switch 7
When 2 is moved to the work status display board side, the work status display board 30
When the keyboard control circuit 52 gives a transmission instruction, the data in the memory 80 is sent to the wireless device. Reference numeral 81 is a communication mode determination circuit. The communication mode determination circuit 81 notifies the control circuit 78 of the state of the communication mode changeover switch 72.

FIG. 11 is an explanatory view for explaining a display example of a personal computer. FIG. 11 (a) is displayed when the date is input, and displays the work status writing table, flex attendance pattern, faction pattern display, and the like.

When the operator operates the keyboard to input the work schedule of each person for one week, the screen shown in FIG. 11B is obtained. In FIG. 11 (b), Mr. Yamada is 11 (9:00) on November 30th, Mr. Ooba is 10 (8:30), ..., and Mr. Yamada is 11 (9:00) on Dec. 1st. ), Mr. Ooba is 10 (8:30), ...
..., etc. are displayed.

12 and 13 are flow charts for explaining the operation of the personal computer. When the power of the personal computer 60 is turned on, the MS-DOS starts the floppy work status creation program, and the work schedule creation program clears the memory area to be used, and initializes the initial screen display etc. Perform (S1201). In this case, for example, a screen for inputting the date is displayed.

Next, the personal computer 60 determines whether or not a numeral indicating the date has been input from the keyboard circuit (S12).
03), when the date is input, the date is displayed from the keyboard (S1205), one week from the next day is calculated from this input date (S1207), and the date and time column of the work status table in the memory is sequentially displayed. It is written (S1209) and displayed (S1211). In this example, step S1211 is as shown in FIG.
1 corresponds to (a).

Next, the personal computer 60 judges whether or not the key input from the keyboard control circuit is the RULLUP key based on the work situation creation program (S1213), and the R
When the key is the ULULP key, the cursor is moved to the head of the name field of the work schedule in the memory (S1215), and it is determined whether or not the name is input (S1217). When the name is input, the name is written in the name column of the work schedule in the memory (S1219). Next, it is determined whether or not the name input end key has been pressed (S1221). If no name has been input, the cursor is moved to the next line in the name field (S1223), and control is passed to step S1215.

When it is determined in step S1221 that the name input end key has been pressed, the work schedule prepared by performing steps up to step S1219 is displayed (S1301), as shown in FIG. In this example, (b) of FIG. 11 corresponds to the display in step S1301, and the cursor is located on the leftmost end of the schedule input field.

Next, the personal computer displays a key input request message (S1303), and determines whether the input key is the F1 to F7 keys (S1305). If it is determined in step S1305 that the key is one of the F1 to F7 keys, the code corresponding to that key is set in the work schedule (S1307) and displayed (S130).
9). For example, in the case of the F1 key, since the F1 key is a business trip, Mr. Yamada is displayed as a business trip on November 30th.

Next, the cursor is shifted to the right and moved (S1311), and the cursor is displayed (S131).
3) and the control is moved to step S1303. 11 in this example
A cursor will be displayed in the column of Mr. Ooba of the month 30. If it is determined in step S1305 that the key is not the F1 key to F7 key, it is determined whether or not it is a numeral input (S1309), the numeral input processing is performed, the control is moved to step S1309, and the cursor is moved to the next column. Let

By performing the processing of step S1307 or step S1311 as described above, the schedule for one week displayed on the work schedule is filled.

If it is determined in step S1309 that the input is not a numeral, it is determined whether the key is the F8 key (S1313). If the key is the F8 key, the saved work schedule is read from the memory (S1315), The control is moved to step S1309 and displayed on the screen. At this time,
The cursor position is at the beginning of the name field.

If it is determined in step S1313 that the key is not the F8 key, it is determined whether the key is the F9 key (S1
317), when the F9 key is pressed, the displayed work schedule is written to a file in the memory and saved (S131).
9).

If it is determined in step S1317 that the key is not the F9 key, it is determined whether the key is the F10 key (S1321), and the data is serially transmitted to the setter (S1323). This transmission format is such that commands, dates, and data are serially transmitted in this order. For example,
When transmitting a name, NM is transmitted as a name command, and when transmitting work schedule data, it is transmitted as WX.

That is, without using the work status setting device,
Since the work schedule data can be created, the serial interface does not have to be provided, so the configuration of the setting device is simple and the size can be reduced.

Next, the operation of the setting device will be described. FIG. 14 is a flowchart illustrating the operation of the work status setting device of the fourth embodiment. In the figure, it is assumed that the MENU screen is displayed as shown in step S1401.

When the MENU screen is displayed, the control circuit performs a key input reading process (S1403). Next, it is determined whether or not the read result is two keys of the numeric keypad (S1405), if it is not two keys, it is determined whether it is the zero key (S1407), and if it is not the zero key, it is determined whether it is the one key. Yes (S1409).

Next, if it is not the 1 key, it is determined whether it is the transmission key (S1411). If it is not the transmission key, the control is shifted to step S1403.

If it is determined in step S1405 that the number of keys is 2, the clock correction processing for displaying a screen for correcting the year, month, day, hour, and minute is executed, and step S1 is performed.
The control is transferred to 411 (S1415). Also, step S
If it is determined to be the 0 key in 1407, the name selection screen is displayed, the name is selected and the date designation screen is displayed (S1415), the date designated work is corrected, and control is performed to step S1411. Move (S142
1). If you are satisfied with the corrected contents, press the ENT key.

If it is determined in step S1411 that the transmission key has been pressed, these input data are transmitted in a predetermined format (S1423).

If it is determined in step S1411 that the key is not the send key, it is determined whether the mode is the personal computer mode. If the mode is not the personal computer mode, date update check processing is performed (S1427). Is serially received and stored in the memory (S1429).

Therefore, since the work schedule data for one week is created by the personal computer 60 and sent to the work status setting device, the operator can easily input the work schedule data.

Embodiment 5 The above-mentioned automatic work status display plate 30 is equipped with a display for displaying the presence status, and the work status setting device is provided with a presence key. And the presence display command is transmitted, the presence display is displayed on the automatic work status display board 30. Therefore, for example, when there is a telephone call, the person immediately sees the presence display and immediately recognizes that the person is present. You can tell the other person whether you are there or not.

In the above-mentioned embodiment, the case where the wireless is used has been described, but the wired transmission may be used instead of the wireless transmission.

Further, in the above-mentioned embodiment, the work schedule for one week for ten persons is set, but the number of people may be one week or more depending on the number of the indicators of the automatic work status display board.

[0102]

As described above, the automatic work status display board of the present invention has a calendar display for displaying the current date and time, a name display group for displaying the name of each person, and a name. Equipped with a work status display group for displaying the corresponding work schedule, the work schedule status of each person for a predetermined period is stored in memory, and when the time on the calendar display reaches a predetermined time,
By reading the work schedule status of each person from the month and day of the calendar display and displaying the name in the name display group and the work schedule in the work status display group,
Even if you forget to inform the work schedule of the next day,
Since the work schedule of each person on the next day is automatically displayed, the effect of immediately grasping what the next day's schedule is like is obtained.

In the first work status display system, the automatic work status display board has a receiving function, the work status setter stores the work schedule status of each person for a predetermined period, and a transmission instruction is given. At this time, by sending the stored work schedule status for a predetermined period and displaying the work schedule of the next day of each person on the automatic work status display board, the work schedule content can be displayed from a remote location. Since it can be registered in, the location of the work status display board can be installed anywhere visible.

Further, a correction function is provided in the work status setting device,
Since the registered content or the displayed content of the work status display board is changed in accordance with the correction instruction, the effect that the change can be made from a remote place is obtained.

Further, the second work status display system is
Since a work schedule for a predetermined period is created by a personal computer having a wide screen and sent to the work status setting device, the work schedule can be easily created.

[Brief description of drawings]

FIG. 1 is a schematic configuration diagram of an automatic work status display board.

FIG. 2 is an explanatory diagram of a work schedule table in a memory 24.

FIG. 3 is a schematic configuration diagram of a second embodiment.

FIG. 4 is a schematic configuration diagram of a work status display plate 30 according to a second embodiment.

FIG. 5 is a flowchart illustrating an operation of the automatic work status display board according to the second embodiment.

FIG. 6 is an explanatory diagram of a work pattern / code correspondence table.

FIG. 7 is an explanatory diagram illustrating a display of a work status setting device.

FIG. 8 is a flowchart illustrating an operation of a work status setting device.

FIG. 9 is a schematic configuration diagram of a third embodiment.

FIG. 10 is a specific circuit configuration diagram of the third embodiment.

FIG. 11 is an explanatory diagram illustrating a display example of a personal computer.

FIG. 12 is a flowchart illustrating the operation of a personal computer.

FIG. 13 is a flowchart illustrating the operation of a personal computer.

FIG. 14 is a flowchart illustrating an operation of the work status setting device according to the fourth embodiment.

[Explanation of symbols]

 1 Automatic working status display board 2 Display board 22 Control section 22b Display data updating means 22c Display data output means 24 Memory section 40 Working status setting device 60 Personal computer

Claims (5)

[Claims] 1. A display board provided with a calendar display, a name display group, and a work status display group arranged corresponding to the name display, and a current month in the calendar display, While outputting the day and time, every time the time of the calendar display reaches a predetermined time, the stored work schedule of each person on and after the predetermined time is stored in the work status display group of the display board. The automatic work status display board, further comprising: a control unit that outputs the name of each person to the name display group and displays the name. 2. A work situation in which the input date and time are sent in accordance with a calendar setting instruction, and when there is a transmission instruction, the work schedule of each person within a predetermined period stored is sent. It is equipped with a setter, a calendar display, a name display group, and a display board equipped with a work status display group arranged corresponding to the name display. Upon receipt, the calendar circuit is activated, and the date and time are stored in the calendar display, and when the work schedule of each person within a predetermined period is received, the time is displayed in the calendar display as the predetermined time. Each time, the stored work schedule of each person after the predetermined time is output to the work status display group of the display board, and the name of each person is output to the name display group to be displayed. A work status display system, characterized by having a work status display board . 3. The work status setting device includes a display unit,
In accordance with the correction instruction, the stored daily work schedule or name of each person is displayed on the name display unit in the previous term, and the work schedule or name of each person displayed in the input work schedule or name is displayed. The work status display system according to claim 2, further comprising a correction unit that corrects and re-stores the schedule or name. 4. A work status writing area for writing a work schedule for a predetermined number of people for each month and day, and a name writing for writing a name, in accordance with the input of the date Display the work schedule consisting of areas, write the work schedule in the work status writing area, write the name in the name writing area, and write each area of the work schedule in a predetermined communication format according to the sending instruction. The personal computer that sends the data of the above and the work schedule of each person sent for a predetermined period are received in a predetermined communication format, and the entered date and time are sent according to the calendar setting instruction, and the transmission instruction is also sent. If there is, the work status setting device that sends out the work schedule of each person within the stored predetermined period, the calendar display device, the name display group, and the work that is arranged corresponding to the name display device. Equipped with a display board equipped with status indicators, The time is stored in the calendar display, and when the work schedule of each person within a predetermined period is received, the time is stored every time the time of the calendar display reaches a predetermined time, and the time after the stored predetermined time is stored. A work status display system comprising: a work status display board for outputting the work schedule of each person on a day to a corresponding display device of the display board for display. 5. The work schedule of each person within the predetermined period stored in the work status setting device is a work schedule of the next day from the date of the calendar display.
Work status display system described in 3 or 4.