JPH0347877B2 - - Google Patents

Description

[Detailed Description of the Invention] [Field of Industrial Application] The present invention relates to a production output display device used for line management in a garment factory, and particularly to a production output display device that incorporates a clock means into the display device and enables display other than production output display. This invention relates to display devices.

[Conventional technology]

Conventionally, this type of production display device displays both target values and actual values with respect to production volume. For this reason, for example, when sewing a parachute, where the product takes time to produce one item every several tens of minutes or one item every several hours, the output should be adjusted to a one-to-one ratio between the target value and the actual value. Even if the display method is used, the time it takes for the display to change is too slow, making it ineffective for volume management.

Furthermore, conventionally, a manager or the like uses a stopwatch to measure the time required for each sheet, and uses the measured time to calculate a target value or as production design data. However, while the required time is being measured, the administrator must accompany the worker, which increases data processing time, and has the disadvantage that the created data may be inaccurate due to personal habits. .

The present invention improves this point by providing a function that can display the time when the pitch time of the product is long, so that the output can be increased by letting the worker know how many sheets they need to finish after how many hours. Time management is possible, and for products with short pitch times, a function has been added that allows the display method of target values to be selected arbitrarily by switching so that one-to-one output management of target values and actual values can be performed. The purpose is to provide a production amount display device.

A further object of the present invention is to provide a production amount display device that incorporates a stopwatch function, automatically calculates the time required per sheet, and enables various displays.

[Means for solving problems]

The present invention provides a production output display device for displaying the production output of a sewing process, which includes a performance value input means for inputting the sewing performance value of a worker who edits the sewing process, and a display means, in which a desired pitch time is set. 1st
a second setting means for dividing the working hours of the day into a plurality of time periods and setting each time period; a first time measuring means for measuring the current time; a second timer for measuring time; and a third timer for measuring the working hours of the day;
target value accumulating means for accumulating a target value each time the pitch time is counted; actual value accumulating means for accumulating the actual values input from the actual value input means; and reset for each input from the actual value input means. 1
an individual time clocking means for counting the sewing time for each sewing; a time-slot performance value accumulating means for summing up the input performance values for each set time period; and the contents of the second time-measuring means and the time period performance value. a first calculating means for calculating the average time for sewing one piece in each time period based on the contents of the cumulative totaling means; a second calculation means for calculating the average sewing time for one of the sheets, the output of the first time measurement means, the output of the target value accumulation means, the contents of the individual time measurement means, and the output of the first time measurement means; and means for selecting at least one of the output and the output of the second calculation means and displaying it on the display means.

〔Example〕

An embodiment of the present invention will be described based on the drawings.
FIG. 1 shows a circuit diagram of a main part of an embodiment of the present invention. In Figure 1, 1 is the control unit (hereinafter simply referred to as "CPU")
), and this CPU 1 is connected to bus 2. This bus 2 includes a ROM 3 that stores control programs and a RAM 4 that stores each data.
are connected to each other. Further, a display board 9 consisting of a target value display section 7 and an actual value display section 8 is connected to this bus 2 via an interface 5, and furthermore, a display changeover switch 10 and a measurement method selection switch 11 are connected to this interface 5. , and a time zone setting switch 12 are connected to them.

Further, a worker terminal 13 consisting of actual value input switches SW1 to SW5 arranged for each worker who organizes the sewing process is connected to the interface 5, and a clock circuit 14 for displaying the current time and a first timer 15, second timer 16, third timer
timers 17 are connected respectively.

Here, the first timer 15 is used to time the individual time required for sewing each piece, the second timer 16 is used to time the time period, and the third timer 17 is used to time the individual time required for sewing each piece. Used to time working hours.

FIG. 2 shows a flowchart of one embodiment of the present invention.

[Effect]

The characteristic operation of an embodiment of the present invention configured as described above will be explained. First, the initial settings of the apparatus are performed (blocks 21 to 24 in FIG. 2, hereinafter simply referred to as "blocks"). That is, the time zone setting switch 12 allows the working hours of the day to be set in a plurality of time zones (for example, 8:00 to 10:00, 10:00 to 12:00, 1:00 to 12:00,
4 time periods 1: 00-3:00, 3:10-5:00
~4) The time zone setting is performed, the pointer for time zone indication is set to 1, and the time zone is set to 1 (block 2).
1), the first, second, and third timers 15, 1;
6 and 17 are reset (blocks 22-24).

In this state, the CPU 1 determines whether the pitch time (target time) has been reached, and if the pitch time has been reached, for example, if the pitch time is 40 seconds, and 40 seconds have passed since the start of work, the target value is stored in the RAM 4. Store 1 in the area (block 25, 2
6). The current time from the clock circuit 14 is compared with the time period, and if the current time exceeds the set time period, for example 10:00, the second timer 16 is reset and the pointer is set to the next time. (blocks 27 to 29). This results in
The second timer 16 always measures time in each time zone.

Further, each worker inputs the actual value using the actual value input switches SW1 to SW5 every time sewing is completed.
Here, in this embodiment, it is assumed that the input performance value from SW5 is set to be used as the performance value input for the process.

In this state, the CPU 1 determines whether or not a performance value has been input, and each time a performance value is input, it stores the daily performance value in the performance value input storage area of the RAM 4 (block 31), and also stores the daily performance value in the performance value input storage area of the RAM 4 (block 31). Therefore, the performance values for each time period are stored in the time period performance value input storage area of the RAM 4 (block 32).

Furthermore, each time the actual value is input, the CPU 1 stores the timing contents of the second timer 16 in a predetermined storage area of the RAM 4 as a time value for each time period (block 33), and further inputs the actual value. per said
The CPU 1 stores the time measurement contents of the first timer 15 in a predetermined storage area of the RAM 4 as a time value for each sewing of one piece (block 34), and furthermore, the CPU 1
At the end of one day's work, the timer 17 stores the time count of the third timer 17 in a predetermined storage area of the RAM 4 as a total elapsed time value (block 35). Furthermore,
The first timer 15 is reset every time the actual value is input (block 36), so that the first timer 15 always measures the sewing time per piece.

In addition, from the measurement method selection switch 11, the operator selects (1) an individual time indicating the sewing time for each piece, (2) an average time for sewing one piece in each time period (i.e., time value for each time period/each time). You can select and input the measured value display mode of (total number of actual values for each band) and (3) average time for sewing one piece per day (i.e., total elapsed time value/total number of actual values for one day). . Further, the operator can select and input one of the following display modes from the display changeover switch 10: (1) current time display, (2) target value display, and (3) above-mentioned measured value display.

The CPU 1 determines the measurement display mode input from the operator, performs the above-mentioned calculations corresponding to the input measurement display mode (blocks 37 to 40), further determines the display mode input described above, and displays the current time and target. The value or the above-mentioned measured value is displayed on the target value display section 7 (blocks 41 to 44). Further, the total number of performance values for the day is displayed on the performance value display section 8 (block 45).

〔effect〕

As explained above, according to the present invention, the current time, target value, actual value, sewing time per piece, average sewing time per piece during the time period, and
The average sewing time per piece can be displayed on the display device in response to the operator's request. Therefore,
By informing workers how many sheets they need to finish after how many hours, it is possible to manage the amount of output over time. Furthermore, it is possible to manage the amount of output between target values and actual values, and the time between the current time and actual value. can be managed. Furthermore, since the time required for sewing each piece can be automatically measured, the conventional data processing time can be significantly shortened, and there is no need for human labor, so data processing is less likely to be inaccurate due to human causes. This prevents various types of
Since the average sewing time per piece can be displayed, data suitable for management purposes can be obtained, and the range of management can be greatly expanded.

[Brief explanation of drawings]

FIG. 1 is a diagram showing the main circuit configuration of an embodiment of the present invention. FIG. 2 is a flowchart of one embodiment of the present invention. 1...CPU, 2...Bus, 3...ROM, 4...
...RAM, 5...Interface, 7...Target value display section, 8...Actual value display section, 9...Display board,
10... Display switching switch, 11... Measurement method selection switch, 12... Time zone setting switch,
13...Worker terminal, 14...Clock circuit, 15...
...First timer, 16...Second timer, 17...
...Third timer.

Claims (1)

[Scope of Claims] 1. A production amount display device for displaying the production amount of a sewing process, comprising: an actual value input means for inputting the actual sewing results of a worker who edits the sewing process; and a display means. a first setting means for setting the pitch time; a second setting means for dividing the working time of the day into a plurality of periods and setting each time zone; a first timekeeping means for measuring the current time; a second clocking means for clocking the time for each time zone, a third clocking means for clocking the working hours of the day, and a target value accumulating means for summing up the target value every time the pitch time is counted. , an actual value accumulating means for accumulating the actual values inputted from the actual value inputting means; an individual time clocking means that is reset each time an input is made from the actual value inputting means and counts the sewing time for each sewing; and the setting. a time zone actual value accumulating means for accumulating the actual value input for each time period; and a one-piece sewing average in each time zone based on the contents of the second time measuring means and the contents of the time zone actual value accumulating means. a first calculation means for calculating the time; a second calculation means for calculating the average sewing time for one piece in a day based on the contents of the third clocking means and the contents of the actual value accumulating means; , selecting at least one of the output of the first clocking means, the output of the target value accumulating means, the content of the individual time clocking means, the output of the first calculating means, and the output of the second calculating means. and means for displaying on the display means.