JP3361866B2 - Production machine operation schedule planning system - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an operation planning system for production machines, and more particularly, to allocating a plurality of production items to be processed to a plurality of production machines, thereby enabling efficient operation of the production machines. It relates to a possible operation schedule planning system.

[0002]

2. Description of the Related Art Conventionally, in various production systems,
Generally, a plurality of production machines having different processing capacities and specifications are used, and a plurality of production items are assigned to appropriate production machines according to the contents thereof for processing.

For example, in the case of a printed matter production process, processing is performed by allocating to a plurality of printing machines having different specifications according to the size, the number of colors, etc. of the printed matter. In this case, in order to operate a plurality of printing machines with the highest efficiency, that is, with the highest production efficiency, a plan is to be made for deciding which item of printed material is to be assigned to which printing machine. Heretofore, this type of operation schedule has been mainly planned manually by a planner.

[0004]

However, the above-mentioned operation planning is a very complicated operation, and it takes a lot of trouble and time to set an optimal schedule. There is a problem that differences occur due to the experience and thinking of the elderly. In addition, it is very difficult to correct the plan that has been planned by changing the allocation of items, and there is a problem that adjustment requires skill.

The present invention has been made to solve such a conventional problem, and is to automatically allocate a plurality of production items to be processed to a plurality of production machines to make an optimal schedule. It is an object of the present invention to provide an operation schedule planning system for a production machine, which is capable of easily correcting a schedule by changing an item allocation.

[0006]

In order to achieve the above object, the present invention provides a scheduling system for planning the operation schedule of each production machine when a plurality of production items are produced by a plurality of production machines. An item file storing a plurality of production item data to be produced by a machine, a registration file storing data relating to the specifications of the plurality of production machines in advance, and the production item data in the contents of the production item data and the registration file. Allocating means for generating scheduled data by allocating to a suitable production machine by referring to the stored data relating to the specifications of each production machine; and a new production item referring to the data relating to the specifications.
The data conforms to the specifications of the production machine corresponding to the specified position
The new data at the designated position of the schedule data.
Specify and material data inserting means for processing to allocate by inserting Do production items data, said production items data allocated to the scheduled data, data relating to the specification
The production item data specified with reference to the
Item data moving means for judging whether or not it conforms to the specifications of the production machine, and moving the designated production item data to another designated position to perform an assignment process; specify the item data, the
Production item data specified with reference to data on specifications
Whether the machine conforms to the specifications of the production machine to be replaced.
Discriminated, both comprising a material data exchange means for allocating to exchange production items data the specified, an output device for outputting the generated schedule data, wherein the allocated item data
Is divided by quantity or element to generate multiple item data
Dividing means, and the item data contains a quantity or
Indicates that if multiple items are split,
Set split history information to identify siblings
The item data moving means and the item data
The data exchange means refers to the division history information and
Item data that are siblings for the selected production item data
Is determined to exist, and the sibling item data
If the data exists, move the specified item data
Relationship with the item data whose destination or exchange destination is the sibling relationship
Is used to determine whether or not the order matches.
You.

[0007]

[0008]

[0009]

According to the present invention, for each of a plurality of production item data, the data relating to the specifications of each production machine stored in the registration file is referred to and assigned to a suitable production machine. This assignment is processed so as to satisfy the delivery deadline of each production item. By this allocation, scheduled data is generated. In addition, inserting new item data into the created schedule data, moving the item data in the schedule data, and changing the assignment by exchanging the item data can be easily performed by the item data insertion unit, the item data moving unit, and the item data exchange unit. Can be done.

[0010]

Embodiments of the present invention will be described below in detail with reference to the drawings. FIG. 1 is a block diagram showing the overall configuration of an operation schedule planning system for a production machine according to one embodiment of the present invention. FIG. 2 is a block diagram showing an overall configuration of a production system to which the actual operation planning system is applied. This embodiment shows a case where the present invention is applied to a case where a plurality of printing machines are used as production machines.

First, the overall configuration of the production system will be described with reference to FIG. As illustrated, the operation schedule planning system 10 is installed in a factory or the like equipped with a plurality of printing machines,
Each of the printing presses P1 and P1 via a line 30 forming a LAN or the like.
, P3,... Management terminals 40a, 40b,
···It is connected to the. The schedule data created by the operation schedule planning system 10 includes management terminals 40a, 40b,.
Are sent to the management terminals 40a, 40b,... At the printing press monitoring terminals 20p1, 20p2, 20p3,.
printing machines P1, P2, P3,...
・ Manage Printing press monitoring terminals 20p1, 20p2, 2
0p3,..., 20pj, the management terminals 40a, 40
b, ... will report the work performance against the schedule. The management terminals 40a, 40b,... Report the operation results to the operation schedule planning system 10, and the schedule is cleared based on the results. The operation schedule planning system 10 includes:
It is connected by a line 30 to a host system (host computer) 50 for managing the item data of the printed matter, and the item data of a plurality of printed materials to be processed in the printing equipment is sent to the line
0 to the operation schedule planning system 10.

In FIG. 1, an operation schedule planning system 10 of the printing machine includes a processing device 100 for creating a schedule, an item data file 115 for storing item data of a printed matter,
An output comprising a registration data file 120 for storing registration data relating to the processing capability and specifications of the printing machine, a schedule data file 130 for storing planned data, a display device 141 for displaying a screen of the planned schedule, and a printer 142 for printing out. Device 140, keyboard 151 and mouse 152 for inputting data and instruction commands
The input device 150 is composed of

The functions of the processing apparatus 100 are as follows: data read / write means 101 for controlling input / output of data to / from each file; data sort means 102 for performing data sort processing; , An input / output control unit 10 for controlling the output of the schedule data created by the assignment unit 103 to the display device 141 or the printer 142 and the input from the keyboard 151 or the mouse 152.
4. Item data division / combining means 105 for dividing the item data and synthesizing the divided data; printing margin calculating means 106 for calculating the printing margin for each item data; control means 107 for controlling the entire apparatus; Item data insertion means 1 for inserting item data into created schedule data
08, the item data moving means 109 for moving the item data within the created schedule data to change the allocation destination, and the item data exchange means 110 for exchanging the item data within the created schedule data to change the allocation destination. It is configured. The processing device 100 of the operation schedule planning system is realized by a workstation, a personal computer, or the like.

The item data of the printed matter is sent from the above-described upper system 50 via the line 30. The item data is, for example, data relating to specifications of printed materials such as catalogs, magazines, and calendars. As shown in FIG. 3, an order number, a content code, a printed surface, a component, a size, a surface color number, and a back color number , Scheduled end date (delivery date), scheduled release date (scheduled date for plate making), item name, number of sheets, etc. The item data sent from the host system 50 is stored in the item data file 115.

Here, the order number is a multi-digit number assigned to each item, and the content code is a code indicating how the printed matter is physically divided into, for example, a printed matter such as a magazine. The case is divided into a cover and a body, and a code is attached to each. The print side is data for specifying whether to perform printing on the front, back, or both sides. A component is a unit that is divided by the content code when printing is performed. Host system 5
The item data sent from 0 further has a division history storage unit. The division history is history information attached when an item divided into units of component parts is further divided by the operation schedule planning device 10 by quantity or element (number of colors).

FIG. 4 shows a relational structure of an order number, a content code, a printing surface, a component, and a division history among item data representing a certain printed matter. As shown, these data form a hierarchical structure with the order number as the head. Here, the printed matter of the order number 111 is divided into a cover and a body, and content codes 01 and 02 are attached to them. Further, data for designating a surface to be printed is attached to each part corresponding to each content code, and further divided into constituent parts. Here, the content code 01
(Cover) is composed of one component, and content code 02
(Text) indicates that it consists of three components.
Details of the division history will be described later. The above-described item data of the printed matter is sent from the host system 50 in a state where it is divided into component parts. That is, FIG.
In this example, as shown in FIG. 5, one printed matter (managed by one order number) is sent after being divided into four item data.

Registered data such as processing capacity and specifications for a plurality of printing machines P1 to Pj are prepared in advance and stored in a registered data file 120. Registration data file 1
Data registered in each printing machine P1
j indicating the specifications of the printing machines P1 to Pj
700 indicating the processing capability of each printing machine P1 to P
The operation stop schedule data 800 of j. Here, as shown in FIG. 6, the data 600 indicating the specifications of each printing machine includes, for each printing machine P1 to Pj, its type (rotary or sheet-fed) data 601, format size data 602,
Printable color number data 603 and the like are registered. The color number data 603 indicates the number of front and back colors that can be printed by the printing machine.

Data 700 indicating the processing capability of each printing machine
Is, for each of the printing machines P1 to Pj, as shown in FIG.
The printing speed data 701 and the time required for switching the printing are registered. The time required to switch printing is
There are basic switching time data 702, size switching time data 703 for changing the size of printing, color switching time data 704 for changing colors, and the like. As shown in FIG. 8, the operation stop schedule data 800 of each printing machine includes operation stop date and time data 801 at which each of the printing machines P1 to Pj stops operation for maintenance or the like and time data 802 at which the printing machines P1 to Pj stop.
Are registered for each of the printing machines P1 to Pj.

Next, the operation of the printing machine operation schedule planning system will be described with reference to the flowcharts of FIGS. FIG. 9 is a flowchart illustrating the outline of the scheduling. The item data sent from the host system 50 and stored in the item data file 115 is read by the data read / write means 101 (step 901). at the same time,
From the registration data file 120, a plurality of printing machines P1 to P
The registered data relating to j (specification data 600, processing capacity data 700, and stop schedule data 800) is read by the data read / write means 101 (step 902).
As shown in FIG. 3, each of the read item data is assigned an individual consecutive ID number, and thereafter, is managed by this ID number.

In the read item data, a printing margin defined by (delivery date-scheduling date) / number of sheets is calculated by the printing margin calculating means 106 for each item (step 9).
03). Then, the data is sorted in ascending order by the calculated printing margin in the data sorting means 102 (step 9).
04). The sorted item data is allocated to the printing machines P1 to Pj that meet the specifications from the item having a small printing margin (step 905). If there are a plurality of printing machines that meet the specifications, the printing machine with the least load is selected and assigned. Schedule data is generated by the allocation to the printing machines P1 to Pj and stored in the schedule data file 130 (step 906). Also,
The schedule data that has been allocated to the printing machine is displayed as a schedule on the display device 141, and is printed out by the printer 142 as needed.

The details of the allocation processing in step 905 are shown in the flowchart of FIG. First, the layout is assigned according to the size (step 1001). This is a process of collating the size of the item data with the size recorded in the specification data of each printing machine, and allocating each item to a printing machine having a suitable size. Next, allocation is performed based on the number of colors (step 1002). In this process, the number of colors of the item data is compared with the number of colors of the specification data of each printing machine, thereby allocating each item to a printing machine having a suitable number of colors.

The scheduled printing start date and time of each item is calculated based on the allocation state of each printing machine, the scheduled operation stop data 800 of the registration data file 120 and the scheduled finishing date of plate making of each allocated item (step). 10
03). The expected finishing date of the plate making is considered because if the plate making for printing the item is not made, the actual printing cannot be performed.

Next, the scheduled printing end date and time for each item is calculated based on the allocation state of each printing machine, the data 700 indicating the processing capacity of the registration data file 120, and the scheduled operation stop data 800 (step 1004). ). The schedule data is generated as described above, and the schedule table is displayed on the screen of the display device 141 based on the schedule data (step 1005). Thereafter, the control means 107 checks whether or not the scheduled data of each item is allocated within the due date (step 1006). If the conditions for the delivery date are satisfied, the allocation process ends.

Each item data is transferred to a plurality of printing machines P1 to Pj.
FIGS. 13 to 16 show the structure of the schedule data generated by assigning to the. The schedule data includes layout data, data relating to the item data and layout data, scheduled print start date and time data, and scheduled print end date and time data.

FIG. 13 shows allocation data generated by the above allocation processing. Here, it is recorded which printing machine is assigned to which item identified by the ID number. FIG. 14 shows data indicating the relationship between the item data and the allocation data shown in FIG. 13, and indicates at which position of each of the printing machines P1 to Pj which item data (ID number) is allocated.

FIG. 15 shows data in which the scheduled printing start date and time obtained in step 1003 of FIG. 10 is recorded for each layout order in each printing machine. FIG. 16 shows data in which the scheduled printing end date and time obtained in step 1004 of FIG. 10 is recorded for each layout order in each printing machine. In FIG.
13 shows a screen image of a schedule displayed in step 1005. Here, the time axis of the date and time is set vertically for each printing machine, and the ID number of the assigned item data is displayed on the display band 17.
0 is displayed in the assignment order. Note that the height of the display band 170 corresponds to the time required for the printing process. The display band 170 of each item displays an order number, a content code, a component, a division history, and the like of the item data, so that the user can know which item data is by looking at the display band 170. .

In the step 1006, if the delivery date has passed for the specific item, a warning of the delivery deadline is displayed on the schedule displayed on the display device 141 to call attention (step 1007). In this case, the allocation is changed by performing division according to the number of items or the number of colors, which will be described later (step 1008). This assignment change is repeated until the delivery date condition is satisfied. Step 100
Regarding the warning 7, for example, by changing the display color of the display band 170 of each item in the schedule shown in the image of FIG. 17, it is possible to easily confirm which item has passed the delivery date.

Next, the contents of the processing for changing the allocation in step 1008 will be described with reference to FIG. First, it is selected whether to divide the item data that does not satisfy the delivery date condition by the number of sheets or the number of colors (step 110).
1). According to the selection of the division method, each item data is divided based on the number of sheets or the number of colors (steps 1102, 1
104). Then, to the new item data obtained by the division, history information is added to the division history shown in FIG. 3, so that it is possible to identify that they have a sibling relationship with each other.

FIG. 18 shows an example in which the item data shown in FIG. 4 is divided by the number of sheets and the number of colors. Here, the number of colors is six.
Component part (1/1) of color content code 01 (cover)
Is divided into two by the number of colors. Division information of C1 and C2 is added to the division history. Content code 0
The first component part (1/3) of 2 (text) is divided into two parts by the number of sheets. Division information of L1 and L2 is added to the division history.

FIG. 19 shows how the item data of FIG. 5 has been changed by the division of FIG. Here, two additional item data are newly inserted by division, and are assigned ID numbers (numbers 1 and 3). When new item data is inserted, subsequent ID numbers are automatically updated and become continuous ID numbers. For the item data with ID numbers 0 and 1, history information C1 and C2 indicating that the number of colors is divided are added to the division history, and it is specified that they have a sibling relationship. The number of colors is six in the original item data in FIG. 5, but is divided into four and two. For the item data of ID numbers 2 and 3,
History information L1 and L2 indicating lot division are added to the division history, and it is specified that they are siblings. In addition, the number of sheets is 2000 in the original item data in FIG. 5 but is divided into 1500 and 500.

The divided item data (for example, ID numbers 0 and 1 and ID numbers 2 and 3 in FIG. 19) are allocated to a printing machine that conforms to the specifications (steps 1103 and 110).
5). This allocation is performed by the printing machines P1 to Pj described above.
This is done with reference to the registration data. Also, the allocation of the divided item data can be performed automatically,
It is also possible to carry out manually by the operation of the operator. In the case of performing the assignment manually, the divided item data is specified by clicking with a mouse 152 on the schedule screen displayed as shown in FIG. 17 and the assignment destination is specified by the mouse 152. Do.

With respect to the item data divided by the number of colors, there is a case where a color to be printed is previously determined in advance. For example, if the order is determined such that yellow, magenta, indigo, and black are printed first, and other special colors (for example, gold and silver) are printed after that, the color is divided by color. The control means 107 checks whether or not the item data is allocated according to the determined order (step 1106). For example, if the spot color item data is allocated earlier in time, a warning indicating that the order is incorrect is issued. This warning is performed by changing the color of the display band of the corresponding item data on the display screen of the schedule table. If the order is different, reassignment is performed so that the order becomes a predetermined order (step 1107).

When the above item data is divided according to the number of sheets or the number of colors and the change of allocation is completed, it is checked again at step 1006 in FIG. 10 whether each item data satisfies the delivery date. If satisfied, the assignment ends. If they are not satisfied, the allocation change processing by division is repeated. In addition to such a delivery date, the number of colors is divided for an item that exceeds the number of colors of the machine.

Next, a process for synthesizing the divided item data is shown in a flowchart of FIG. When combining once divided item data for reasons such as schedule changes, first specify the divided item data (step 120).
1). This specification is performed by clicking the display band 170 of the item data with the mouse 152 on the display screen of the schedule shown in FIG. By specifying the item data, history information recorded in the division history is read (step 1202). Then, it is determined whether or not the divided data exists based on the read history information of the division (step 1203). If the divided item data does not exist, it indicates that the item data specified first is incorrect, and the process ends.

If the divided item data exists,
The item data is rewritten and combined based on the division history information (step 1204). For example, in the item data of FIG. 19, the item data of ID numbers 0 and 1 are combined and the item data of ID numbers 2 and 3 are combined to obtain the contents of FIG. When the divided item data is combined, the original divided data is deleted, and the combined item data is allocated (step 1205).

FIG. 20 shows an example of a screen display when confirming and editing item data. Here, an example is shown in which a window 200 for displaying the content of the item data is displayed overlapping with the schedule by specifying the display band 170 of the specific item on the schedule display screen of FIG. ing. On this screen, the contents of the data related to the item are divided into a plurality of item names 201 and displayed as shown in the figure. With this display, detailed contents of each item data can be confirmed. When editing such as changing the displayed item data, it is possible to edit by inputting the item number 202 attached to the left of the displayed item name 201 from the item number input window 203. Become.

The allocation change of the created schedule data is not limited to the case of dividing and synthesizing the item data, but also the insertion of new item data by the item data inserting means 108, the movement of the allocated item data by the item data moving means 109, and the This can also be performed by exchanging the allocated item data by the data exchange means 110.

Next, a process of inserting new item data into the scheduled data allocated as described above to change the allocation, and transmitting the allocated item data to another printing machine or another printing machine in the same printing machine. The process of changing the allocation by moving to the time zone described above will be described. First, the process of inserting the item data by the data inserting means will be described with reference to FIG.
1 will be described. First, item data to be inserted into the already created schedule data is input (step 2101).

The new item data to be inserted is read from the item data file 115 or manually input by the operator using the keyboard 151. When inputting with the keyboard 151, the window 200 for inserting the item data is displayed on the display screen of the schedule table in an overlapping manner as described above, and the input is performed on the window 200.

Thereafter, as shown in FIG.
Is clicked with the mouse 152 at the place where the user wants to insert the schedule displayed in the table, the insertion position is designated (step 2102). When the insertion position is specified, it is determined whether or not the size of the insertion item data conforms to the specification of the specified printing machine (step 2103). If not, a warning is displayed on the display device 141 (step 2105). This warning display may be performed by allocating the item data to the insertion position of the schedule data and then changing the display color of the item data.

If the size conforms to the specifications of the printing machine, it is next determined whether or not the number of colors of the inserted item conforms to the specifications of the designated printing machine (step 210).
4). If not, a warning is displayed in step 2105. If they match, allocation is possible, so the input item data is allocated to the scheduled data (step 2106). As described above, the assignment can be changed by inserting new item data.

Next, the process of moving the item data by the data moving means will be described with reference to the flowchart of FIG. First, the display band 170 of the item to be moved on the display screen of the schedule displayed on the display device 141 is moved with the mouse 15.
By clicking in step 2, item data to be moved is specified (step 2201).

Thereafter, as shown in FIG.
Is clicked with the mouse 152 on the position to be moved in the schedule displayed in the step (2), thereby specifying the position of the movement destination (step 2202). When the destination position is specified, it is determined whether the size of the item data to be moved conforms to the specifications of the destination printing machine (step 2203).
If not, a warning is displayed on the display device 141 (step 2207). This warning display may be performed by allocating the item data to the destination of the scheduled data and then changing the display color of the item data.

If the size conforms to the specifications of the printing machine, it is next determined whether or not the number of colors of the transfer item conforms to the specifications of the destination printing machine (step 2204).
If not, a warning is displayed in step 2207. If the number of colors meets the specifications of the destination printing machine,
For the specified item data, it is determined whether there is item data having a sibling relationship divided by the number of colors (step 2205). This determination is made with reference to the division history information of the item data.

If there is item data having a sibling relationship, it is determined whether or not the divided item data are allocated in a predetermined order as a result of the movement (step 2206). If moving the specified item data results in the item data of the spot color being allocated earlier in time, a warning is given in step 2207 indicating that the order is incorrect.

If there is no sibling item data, or if the data is allocated in the order determined in step 2206, the allocation can be made by moving. Therefore, the item data specified in the scheduled data is moved to the destination. An allocation process is performed (step 2208). As described above, the assignment can be changed by moving the item data.

Next, the item data exchange processing by the data exchange means will be described with reference to the flowchart of FIG. First, the display band 170 of the item to be exchanged on the display screen of the schedule displayed on the display device 141 is moved to the mouse 15.
By clicking at 2, the user specifies two item data to be exchanged (step 2301).

When two item data to be exchanged are designated, it is determined whether or not the size of each item data conforms to the specification of the printing machine of the exchange destination (step 2302). If not, the display 14
1 is displayed as a warning (step 2306).
This warning display may be performed by changing the display color of the item data after exchanging and allocating the item data.

If the size conforms to the specifications of the printing machine, it is then determined whether or not the number of colors of each item conforms to the specifications of the replacement printing machine (step 230).
3). If not, a warning is displayed in step 2306. If the number of colors conforms to the specifications of the printing machine at the destination, it is determined whether or not the specified item data has item data in a sibling relationship divided by the number of colors (step 2304). This determination is made with reference to the division history information of the item data.

If there is item data having a sibling relationship, it is determined as a result of the exchange whether or not the divided item data are allocated in a predetermined order (step 2305). If the exchange of the designated item data results in the item data of the spot color being allocated earlier in time, a warning is given in step 2206 indicating that the order is incorrect.

If there is no sibling item data, or if the data is allocated in the order determined in step 2305, the allocation can be performed by exchange. Therefore, the specified item data is exchanged and allocated (step 2307). ). As described above, the assignment can be changed by exchanging the item data. Although the present invention has been described with reference to the preferred embodiments, the present invention is not necessarily limited to the above embodiments.

[0052]

As described above, according to the production machine operation schedule planning system of the present invention, an optimum schedule is created by automatically allocating a plurality of production items to be processed to a plurality of production machines. Can be.

In addition, since it is possible to freely insert new item data into the created schedule data, move the item data in the schedule data, and change the assignment by exchanging the item data, the skill can be improved as before. It is possible to easily adjust the schedule by changing the assignment without need.

[Brief description of the drawings]

FIG. 1 is a configuration block diagram of an operation schedule planning system for a production machine according to an embodiment of the present invention.

FIG. 2 is a block diagram showing an overall configuration of a production system to which the actual operation planning system is applied.

FIG. 3 is a diagram showing an example of item data to be allocated;

FIG. 4 is a diagram showing a hierarchical structure of item data.

5 is a diagram showing an example of item data corresponding to the hierarchical structure shown in FIG.

FIG. 6 is a diagram illustrating an example of specification data of each printing machine.

FIG. 7 is a diagram illustrating an example of processing capability data of each printing machine.

FIG. 8 is a diagram illustrating an example of scheduled stop date and time data of each printing machine.

FIG. 9 is a flowchart illustrating an outline of an operation of the operation schedule planning system.

FIG. 10 is a flowchart illustrating details of an allocation process in FIG. 9;

FIG. 11 is a flowchart illustrating an assignment change process by dividing item data.

FIG. 12 is a flowchart illustrating a process of combining divided item data.

FIG. 13 is a diagram showing an example of allocation data of item data to each printing machine.

FIG. 14 is a diagram showing relation data between item data and allocation data.

FIG. 15 is a diagram illustrating print start date and time data of each printing machine.

FIG. 16 is a view showing print end date / time data of each printing machine.

FIG. 17 is a diagram showing an image of a schedule displayed on the display device.

FIG. 18 is a diagram showing a hierarchical structure of item data divided by the number of colors or the number of sheets.

FIG. 19 is a diagram showing an example of item data divided by the number of colors or the number of sheets.

FIG. 20 is a diagram showing a screen display example when confirming and editing item data.

FIG. 21 is a flowchart illustrating a process of inserting new item data into created schedule data.

FIG. 22 is a flowchart illustrating the contents of a process of moving item data allocated to created schedule data and changing the allocation destination.

FIG. 23 is a flowchart illustrating a process of exchanging item data allocated to created schedule data and changing an allocation destination.

[Explanation of symbols]

10 Operation schedule planning system 20p1-20pj Printing press monitoring terminal 30 lines 40a, 40b, 40c management terminal 50 Host system 60 lines 100 processing equipment 101 Data read / write means 102 Data sorting means 103 Assigning means 104 I / O control means 105 Item data division / synthesis means 106 Completion margin calculation means 107 control means 108 Item data insertion means 109 Item data transfer means 110 Item data exchange means 115 Item data file 120 Registration data file 130 Schedule data file 140 output device 141 display device 142 Printer 150 input device 151 keyboard 152 mouse P1-Pj printing machine

Continuation of front page (72) Inventor Jin Ichimura 1-1-1 Ichigaya-Kagacho, Shinjuku-ku, Tokyo Inside Dai Nippon Printing Co., Ltd. (56) References JP-A-3-32556 (JP, A) (58) Field surveyed (Int. Cl. ⁷ , DB name) B41F 33/00 B23Q 41/08 G06F 17/60

Claims (1)

(57) [Claims] 1. A plurality of production items are produced by a plurality of production machines.
To plan the operation schedule of each production machine during production
In the draft system, Data of a plurality of production items produced by the production machine
Item file to be stored, The data on the specifications of the plurality of production machines is stored in advance.
Registration file The production item data, the contents of the production item data and
Regarding the specifications of each production machine stored in the registration file,
And assign it to a suitable production machine
Allocation means for generating scheduled data byA new production item data
Conforms to the specifications of the production machine corresponding to the designated position
The new raw data at the designated position of the schedule data.
Product data Item data to be inserted and assigned
Data insertion means, The production item data allocated to the schedule data is
Specify,Specified with reference to data on the above specifications
The production item data conforms to the specifications of the destination production machine.
And determine ifAdd the specified production item data to another
Item data to be moved to the specified position for allocation processing
Means of transportation; The two production item data assigned to the schedule data
Data,Specify by referring to the data on the above specifications
Of the production item data specified in the specifications of the production machine
Determine if they fit ,The specified production item data
Item data exchange means for exchanging and assigning data An output device that outputs the generated schedule dataPrepare together , Divide the allocated item data by quantity or element
And a dividing means for generating a plurality of item data, and
When the item data is divided by quantity or element,
The multiple item data after the division have a sibling relationship with each other
Along with split history information that identifies Item data transfer means and item data exchange means
Refers to the division history information, and
Item data that has a sibling relationship exists for eye data
Determine if there is sibling item data
The finger Destination or exchange of specified item data
The order is appropriate in relation to the item data whose replacement destination is the sibling.
Determine if they match Of production machinery characterized by
Operation planning system.