JP2000293205A - Production support system, its control method and recording medium recording the method - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a production support system where response time with respect to a work report in respective processes is shortened and response time is made to be almost similar in all work processes. SOLUTION: In a production support system, plural production processes are provided since products are continuously produced. Work report data in the respective processes are inputted from terminals, provided in the respective processes and a processing result which a host computer requires is outputted to the respective terminals. Thus, the respective production processes are managed and the production efficiency of a whole line is improved. A first processing means 40 executing a first processing whose processing time is short based on work report data inputted to the terminal installed in the production process of the previous process and a second processing means 50 executing a second processing whose processing time is longer than that of the first processing means 40 are installed. The processing result which the second processing means 50 processes is transmitted to the production process of the post-process and therefore the processing speed of the system is speeded up.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a production support system (or a production support device), a method of controlling the same, and a recording medium on which the method is recorded. The present invention relates to a production support system with improved performance, a control method thereof, and a recording medium recording the method.

[0002]

2. Description of the Related Art The prior art will be described with reference to FIG. The manufacturing specification 10 stores the manufacturing specification of each product. As the details of the manufacturing specifications, the process procedure from the lot input to the manufacturing line to the final process, the manufacturing apparatus in each manufacturing step, the basic working conditions of each manufacturing apparatus, and the like are stored.

In the process of creating the quality and performance characteristics of a product, it is necessary to take into account the condition of the manufacturing apparatus before the operation and to feed back the results of the performance characteristics of the completed product as special conditions in real time.
Updating of these two data is performed by the administrator, but the frequency varies depending on the product to be manufactured.

Next, a description will be given of a work process n requiring special condition processing. When the work report routine 11 is started from the terminal and the work report is made, the report data is sent to the host computer via the network, and the report and special condition processing routine 12 is started in the host computer. The report and special condition processing routine 12 first refers to the manufacturing specification 10 as a report process and checks whether the report data from the terminal conforms to the specification of the manufacturing specification 10 in the process.

The report and special condition processing routine 12
Then, it is determined from the manufacturing specification 10 whether or not the special condition processing is necessary in the process. If it is determined that the special condition processing is necessary, the special condition processing is performed with reference to the special condition specification 13. . The process requiring special conditions is identified by adding a special condition presence / absence flag to the manufacturing specification 10.

The special condition specification 13 stores condition data of a manufacturing apparatus and feedback data from performance characteristics of a completed product. The special condition processing in the report and special condition processing routine 12 requires complicated processing by referring to various parameters and therefore requires much longer processing time than processing for work reports. In the example of the prior art, the report processing part requires 5 seconds, whereas the special condition processing part requires 60 seconds.

The report and special condition processing routine 12
In this case, since the special condition determined by the special condition process also needs to be transmitted to the terminal, the result data cannot be transmitted to the terminal until the special condition process ends. In the work report routine 11, the process ends only after receiving the result data from the host.

Next, a description will be given of a response time when the work report routine 11 is started in this method, the report data is transmitted to the host computer, and the result data is received. The response time until the terminal receives the response result from the host computer is: response time in work report routine 11 = (transmission time of report data) + (time of report and special condition processing 12) + (time of manufacturing specification 10) Reference time) + (special condition specification 1)
By the calculation of (3) (reference time) + (result data reception time), if special condition processing is required, 69 seconds
Required. On the other hand, when the special condition processing is unnecessary, the time is 8 seconds.

In the conventional system described above, unless the work report routine 11 is completed, each terminal cannot perform the next report. Therefore, when special condition processing is required on the host side, it is 62 seconds longer than when it is not required. The user has to wait for the next report until the next report. In particular, the production line operated by the operator from the terminal causes a time loss. In addition, the report processing routine 11 on the terminal side judges that if the response of the result data is slow, it is determined that the processing was not performed normally and the error processing is performed. There were drawbacks.

In the above-mentioned conventional case, the efficiency of the line is determined by the slowest part.
There is a disadvantage that the production efficiency is deteriorated.

[0011]

SUMMARY OF THE INVENTION It is an object of the present invention to improve the above-mentioned drawbacks of the prior art, and in particular, to shorten the response time for work reports in each process in a production support system, and to reduce all work processes. The present invention provides a novel production support system capable of making response times substantially the same, a control method thereof, and a recording medium recording the method.

[0012]

SUMMARY OF THE INVENTION The present invention basically employs the following technical configuration to achieve the above object. That is, in the first aspect of the production support system according to the present invention, in order to continuously produce products, a plurality of production steps are provided, and work report data in each step is input from a terminal provided in each step. In a production support system in which the host computer outputs necessary processing results to the respective terminals to manage the respective production steps and improve the production efficiency of the entire line, the host computer is provided in the previous production step. Processing means for performing a first processing with a short processing time based on the work report data input to the received terminal, and a processing time of the first processing means after completion of the processing of the first processing means A second processing means for performing a second processing with a longer processing time, and transmitting a processing result processed by the second processing means to a subsequent production process, thereby improving a response speed of the system. In a second aspect, the host computer receives the work report data from the post-process and performs the first process by the first processing means. A predetermined output is outputted to the terminal in the post-process based on the processing result and the processing result of the second processing means. A processing change means for changing a processing result is provided.

In the control method of the production support system according to the present invention, in order to continuously produce products, a plurality of production steps are provided, and work report data in each step is provided in each step. Input from the terminal, the host computer outputs the necessary processing results to the respective terminals, thereby managing the respective production processes, and controlling the production support system so as to improve the production efficiency of the entire line. A first step of performing a first process having a short processing time based on work report data input from a terminal provided in a production process of a previous process, and after the process of the first step is completed, the first step. A second step of performing a second process whose processing time is longer than the processing time of the step, a processing result processed by the second step, and a result input to a terminal provided in the post-production process. Based the work report data, the host computer, is characterized in that includes a third step of outputting a predetermined process results in the production process of the post-step.

Further, a first aspect of the storage medium according to the present invention is a terminal in which a plurality of production steps are provided for continuously producing products, and work report data in each step is provided in each step. And a host computer outputs necessary processing results to the respective terminals, whereby a computer program of a production support system for improving the production efficiency of the entire line is recorded. A first process for performing a first process with a short processing time based on work report data input from a terminal provided in a production process;
Step, after the processing of the first step is completed, a second step of performing a second processing that is longer than the processing time of the first step, and a processing result processed by the second step And a third step in which the host computer outputs a predetermined processing result to the post-production process based on work report data input to a terminal provided in the post-production process. The second aspect is characterized by recording the processing of
A processing change step for changing a processing result of the second step is provided.

[0015]

BEST MODE FOR CARRYING OUT THE INVENTION The production support system according to the present invention is provided with a plurality of production processes for continuously producing products, and the work report data in each of the processes is transmitted from a terminal provided in each process. Input, and the host computer outputs necessary processing results to the respective terminals, thereby managing the respective production processes and improving the production efficiency of the entire line. A first processing unit that performs a first processing with a short processing time based on work report data input to the provided terminal, and a processing of the first processing unit after the processing of the first processing unit is completed. And a second processing means for performing a second processing having a processing time longer than the processing time, and by transmitting a processing result processed by the second processing means to a subsequent production process, the response speed of the system can be increased. It is characterized in that is above.

As described above, according to the present invention, report and special condition processing are divided into a report processing routine having a short processing time and a special condition processing routine having a long processing time, and the special condition processing is performed immediately based on the report data. By doing so, special condition processing is executed at the time of work report one process before, as compared with the conventional system. As a result, in the next operation step n, a part of the processing is set up in advance, and in the next step,
Only the report process and the process of referring to the data of the special condition stored in the memory, which has already been completed, need only be performed. Therefore, the response in each process has been dramatically improved.

In the present invention, the timing of starting the special condition processing routine one step before is the same as the time when the report processing is completed on the host side and a response is returned to the terminal side.
Further, there is no processing relationship between the report processing routine one step before and the special condition processing routine for the next step, so that cooperation is unnecessary. If an error occurs in the special condition processing routine, its content is stored in the condition storage area 5 as a part of the special condition, and by referring to it in the next step, the presence or absence of the error is determined. Can be determined. Originally,
Since the special condition process is a process in the next step, the above-mentioned correspondence is sufficient.

Further, according to the present invention, when the special condition specification of the product is changed, the lot to be changed can be easily searched from the condition key and the lot number stored one step before. Therefore, by performing the special condition process for the lot again, the predetermined change operation can be performed without delay.

[0019]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, specific examples of a production support system according to the present invention, a control method thereof, and a recording medium recording the method will be described in detail with reference to the drawings. (First Specific Example) FIG. 1 is a block diagram showing a specific example of a production support system according to the present invention. In these figures, a plurality of production steps are provided in order to continuously produce products. The work report data in each step is input from a terminal provided in each step, and a host computer outputs necessary processing results to each terminal, thereby managing each of the production steps and controlling the entire line. A first processing means for performing a first processing with a short processing time based on work report data input to a terminal provided in a previous production process, in a production support system adapted to improve production efficiency; A second processing unit that performs a second processing that is longer than the processing time of the first processing unit after the processing of the first processing unit is completed; 5
0 transmits a processing result processed to a post-production process, thereby improving the response speed of the system. Upon receiving the work report data, the first processing means performs the first processing, and outputs a predetermined output to the post-process terminal based on the processing result and the processing result of the second processing means. The production support system is characterized in that:
Changing means 6 for changing the processing result of means 50
A production support system characterized by providing 0 is shown.

The first processing means 40 comprises the report processing routine 2 and the manufacturing specification data 4 used for this processing, and the second processing means 50 comprises the special condition processing routine 3 and The special condition specification data 9 to be used and the condition storage area 5 for storing the processing result are included. The processing change means 60 is configured by the special control processing routine 3A and the special condition specification data 9A used for this processing. .

Hereinafter, the first specific example will be described in more detail. Referring to FIG. 1, the production support system of the present invention comprises:
A work report routine 1 in the work process (n-1), a work report routine 6 in the work process n, and a work report in each work process executed on the host computer side. , A report processing routine 7 corresponding to the above, the manufacturing specification data 4 referred to in the report processing routine 2 on the host computer side, and a special condition processing routine for obtaining special conditions of the work process (n-1). 3, a special condition specification data 9 necessary for obtaining a special condition in the special condition processing routine 3, a condition storage area 5 for storing the obtained special condition, and a special condition specification data A special control processing routine 3A for retrieving a lot related to the special condition specification data to be changed and redetermining the special condition of the lot. , This special control processing routine 3A
And a special condition update processing routine 8 for activating.

Each work report is processed at each terminal, the report data is sent to the host computer via the network, and the result data of the report processing of the host computer is also returned to each terminal via the network. The special condition processing routine 3 is a report processing routine 2 for the work process (n-1).
Is started after transmitting the result data to the report processing routine 1 of the terminal.

The special control processing routine 3 A started by the special condition update processing routine 8 determines the special condition again and stores the update data in the condition storage area 5. next,
The operation of the present invention configured as described above will be described.
The work report routine 1 in the work process (n-1) sends report data from the terminal to the host computer via the network. In response, the report processing routine 2 is started in the host computer.

In the report processing routine 2, the production specification data 4 is referred to, and the report data from the terminal is transmitted to the production specification data 4.
Check whether the specification of the process is satisfied.
In addition, the report processing routine 2 determines whether or not the next work step n requires special condition processing based on the manufacturing specification data 4, and determines that special condition processing is required. After transmitting the result data to the terminal, the special condition processing routine 3 is started.

In general, in the host computer, activation of other processing is very short, and can be ignored in response time. The determination of the necessity of the special condition in the next process is performed by adding a flag indicating the presence or absence of the special condition to the manufacturing specification for the next process, as in the related art. In the host computer, the manufacturing specifications are generally stored in the order of the operation steps, and therefore, it is easy to refer to the manufacturing specifications in the next step.

In the special condition processing routine 3, the special condition is determined by referring to the special condition specification data 9, and is stored in the condition storage area 5 together with the lot number of the product and the condition key which is a management key of the special condition specification. I do. In the work report routine 6 in the work process n of the next process, the report data from the terminal is sent to the host computer via the network, as in the work process (n-1). In response, the host computer starts the report processing routine 7.

In the report processing routine 7, the production specification data 4 is referred to, and the report data from the terminal is transmitted to the production specification data 4.
Check whether the specification of the process is satisfied.
Also, based on the special condition presence / absence flag of the manufacturing specification data 4,
When it is determined that a special condition is required in the process, the special condition in the condition storage area 5 is referred to. The referred special condition is added to the result data and transmitted to the terminal.

In a general production line, a period of time of several minutes or more is required between the completion of the work of the current process and the reporting of the work of the next process, in order to transport the product and prepare for the work. Need. For this reason, in the present invention, the work process (n-
In the report processing routine 7 of 1), when the special condition processing that should be performed one step before is not completed, it is considered that there is almost no processing. However, the processing may be delayed due to the load of other processing on the host computer, the special condition processing of the lot may not be completed, and the special condition may not exist in the special condition specification data 9. In this case, the report processing routine 7 determines that an error has occurred, and adds a message instructing the terminal side of the work process n to report again after a while, to the result data, and returns the message to the terminal. With the provision, the above-described problem is avoided.

The special condition update processing routine 8 is a process for maintaining the special condition specification data, and searches for a lot to be changed based on the condition key and the lot number stored one step before. The data is changed using the special condition processing routine 3 for all the related lots. That is, the special condition processing routine 3 determines again the special condition of the lot to be changed, and stores it again in the condition storage area 5.

Next, the response time in this example will be described. The response time in the work report routine 1 of the work process (n-1) is calculated by the following calculation.
sec. This is always constant regardless of whether the special condition processing routine 3 is activated. Since the processing of the special condition processing routine 3 is performed after the report processing routine 2 transmits the result data, it does not affect the response time to the work report 1.

Response time in work report routine 1 = (report data transmission time) + (report processing routine 2 processing time) + (manufacturing specification data 4 reference time) + (result data reception time) According to the following calculation, the response time in the work report routine 1 of the process n is 9 seconds when the reference of the special condition is required, and is 8 seconds when the reference is unnecessary.
And the response time is substantially the same as the other steps.

Response time in work report routine 6 = (transmission time of report data) + (processing time of report processing routine 7) + (reference time of manufacturing specification data 4) + (reference time of condition storage area 5) + (Reception Time of Result Data) In the specific example of FIG. 1, the response time in each work report is substantially the same as 8 seconds or 9 seconds, so that the time limit for performing error processing can be shortened on the terminal side. Therefore, the entire error processing can be quickly performed.

Next, the activation timing of the special condition processing 3 will be described using another example. FIG. 2 is an example of another method for shortening the response time in a work report. In FIG. 2, the special condition processing routine 1 having a long processing time
5 is performed as another work report, and the special condition processing routine 15 is started. However, in this method, the number of work reports increases, and the response time in the work report special condition processing routine 15 is 63 s.
ec and the time which can be shortened compared to the specific example of FIG. Therefore, the starting timing of the special condition processing routine 3 is more optimal in the specific example of FIG.

Next, a case where the special condition specification is changed will be described. In the example of FIG. 1, since the processing by the special condition processing routine 3 is performed one step before, if the special condition specification data 9 is changed after the processing is completed, it cannot be reflected on the lot. Fig. 1
In the specific example, when the special condition specification data 9 is changed, the special condition specification data 9A and the special control processing routine 3 are used in order to reprocess all lots corresponding thereto.
A, and reprocessing is performed in the routine 3A using the data 9A, and the result is stored in the condition storage area 5, so that even if access from the work process n is performed, accurate data is obtained later. It is configured to be reflected in the process. (Second Specific Example) Next, a second specific example of the present invention will be described with reference to FIG.

FIG. 3 shows an example in which the present invention is applied to a feed-forward control. The feed-forward control in this example refers to measuring the characteristics of a product in a factor process and instructing a work condition as a special condition to a subsequent control process based on the measured value. In FIG. 3, in the report processing routine 15 in the factor process, after transmitting the result data to the terminal, the factor data processing routine 1 is executed.
6 is started.

In the factor data processing routine 16, only the factor data necessary for determining the special condition of the control process is extracted from the report data from the terminal, and the lot number of the product and the condition key which is a management key of the special condition specification are extracted. At the same time, it is stored in the factor data storage area 19. One step before the control step, the special condition processing routine 18 determines the control condition with reference to the data in the factor data storage area 19 and the special condition specification data 17 stored in the factor step.

The response time of this embodiment is 8 seconds before the factor step and the control step, and 9 seconds in the control step.
The same time can be set in almost all steps as in the case of sec. Other operations are the same as those in the example of FIG. Next, a hardware system configuration in the first and second specific examples will be described with reference to FIG.

The host computer 20 receives report data from the terminal 22 via the network 21 and executes a report processing routine 24, a special condition processing routine 25, and a factor data processing routine 27. The result data is returned to the terminal 22 via the network 21. The host computer 20 receives the update data from the specification change terminal 23 and executes the special condition update processing routine 26. Further, a memory means for storing manufacturing specification data 28, condition storage 29, special condition specification data 30, and factor data storage 31 is provided.

The terminal 22 is connected to the network 21,
The report data is transmitted to the host computer 20 via the network 21. The terminal 22 manages the time limit of the response time from the host computer 20, and executes error processing when the time limit is exceeded. The terminal 23 for changing specifications includes manufacturing specification data 27 and special condition specification data 29.
Is configured to transmit update data to the host computer 20 via the network 21.

As described above, the recording medium on which the control method for the production support system of the present invention is recorded is provided with a plurality of production steps in order to continuously produce products. Input from the terminal provided for each process,
A recording medium on which a computer program of a production support system that improves the production efficiency of the entire line by outputting necessary processing results to the terminals by the host computer is provided. A first step of performing a first process with a short processing time based on work report data input from the received terminal;
A second step of performing a second process having a processing time longer than the processing time of the first step after completion of the processing of the step, a processing result of the second step, and a production process of the post-process. And a third step of outputting a predetermined processing result to the post-production process based on the work report data input to the terminal provided in the terminal. And a processing change step for changing the processing result of the second step is provided.

[0041]

As described above, the production support system according to the present invention, the control method thereof, and the recording medium on which the method is recorded are constructed as described above. In the working process, the response time could be made almost the same.

[Brief description of the drawings]

FIG. 1 is a block diagram of a first specific example of a production support system according to the present invention.

FIG. 2 is a block diagram of a modification of the first specific example.

FIG. 3 is a block diagram of a second specific example of the present invention.

FIG. 4 is a diagram showing a system configuration of hardware.

FIG. 5 is a block diagram showing a configuration of a conventional technique.

[Explanation of symbols]

 1, 6 Work report routine on terminal side 2, 7 Work report routine on host computer side 3 Special condition processing routine 3A Special control processing routine 4 Manufacturing specification data 5 Condition storage area 9, 9A Special condition specification data 40 First means 50 Second means 60 Processing change means

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[Procedure amendment]

[Submission date] July 7, 2000 (200.7.7)

[Procedure amendment 1]

[Document name to be amended] Statement

[Correction target item name] Claims

[Correction method] Change

[Correction contents]

[Claims]

[Procedure amendment 2]

[Document name to be amended] Statement

[Correction target item name] 0012

[Correction method] Change

[Correction contents]

[0012]

SUMMARY OF THE INVENTION The present invention basically employs the following technical configuration to achieve the above object. That is, the first aspect of the production support system according to the present invention, a plurality of production processes for producing continuously the product is provided, it provided the work report data in each production step, each of the production process input from the terminal, by outputting the processing results required host computer to the each terminal, in <br/> production support system for managing the respective production process, from the terminal of the first production process
First result based on the input first work report data
A second computer provided in the host computer for requesting data;
1 processing means and the first result data,
A second production process performed after the first production process
Of the special condition, and record the special condition in the specified storage device.
A second memory provided in the host computer
Processing means, input from the terminal of the second production process
Requesting the second result data based on the second work report data
And the special conditions stored in the storage device.
The special condition is added to the second result data.
And the host computer transmitting to the second terminal
And a third processing means provided in the second processing means.
Processing change means for changing the special condition that is the processing result
Which is characterized by having

[Procedure amendment 3]

[Document name to be amended] Statement

[Correction target item name] 0013

[Correction method] Change

[Correction contents]

[0013] Also, embodiments of the control method of producing support system according to the present invention, a plurality of production processes for producing continuously the product are provided, each of the production process the work report data of the in each production step Input from the terminal provided in,
In the control method of the production support system for managing each of the production processes by outputting a necessary processing result to each of the terminals by the host computer, the first operation of the first production process is performed.
The report data is input to the terminal of the first production process.
Step 1 and the host computer
The first result data based on the work report data
A second step, wherein the host computer
Output the result data of No. 1 to the terminal of the first production process
A third step, wherein the host computer executes the
1 after the first production process based on the result data of
The special condition of the second production process of the process is obtained, and this special condition
A fourth step of storing in a predetermined storage device
The second work report data of the second production process is
A fifth step of inputting to the terminal of the production process of
A strike computer based on the second work report data.
A sixth step of obtaining second result data;
The host computer stores the characteristics stored in the storage device.
The special condition and the second result data are stored in the second production
Transmitting to the terminal at least
It is characterized by doing .

[Procedure amendment 4]

[Document name to be amended] Statement

[Correction target item name] 0014

[Correction method] Change

[Correction contents]

Further, in a first aspect of the storage medium according to the present invention, a plurality of production steps for continuously producing a product are provided, and the work report data in each of the production steps is respectively stored.
A recording medium that records a computer program of a production support system that manages each of the production processes by inputting from a terminal provided in the production process and outputting a necessary processing result to the terminal by a host computer. , First
The first work report data of the production process of the first production
A first step of inputting to a process terminal;
A computer based on the first work report data,
A second step of obtaining result data of the first step;
A computer configured to convert the first result data into the first raw data;
A third step of outputting to a terminal of a production process, and the host
The computer, based on the first result data,
Special article of the second production process after the first production process
Request, and store these special conditions in the specified storage device.
A fourth step, and a second operation of the second production process
The report data is input to the terminal of the second production process.
Step 5, and the host computer executes the second
Find second result data based on work report data
A sixth step, wherein the host computer executes the
Special condition and the second result data stored in the storage device
Is transmitted to the terminal of the second production process.
And a series of processes consisting of
It is those that, or, a second aspect is characterized in that the process-changing step for changing the fourth special condition is a result of processing step are provided.

[Procedure amendment 5]

[Document name to be amended] Statement

[Correction target item name] 0021

[Correction method] Change

[Correction contents]

Hereinafter, the first specific example will be described in more detail. Referring to FIG. 1, the production support system of the present invention comprises:
A work report routine 1 in the work process (n-1), a work report routine 6 in the work process n, and a work report in each work process executed on the host computer side. A report processing routine 2 and a report processing routine 7 corresponding to the above, manufacturing specification data 4 referred to in the report processing routine 2 on the host computer side, a special condition processing routine 3 for obtaining special conditions of the work process n , Special condition specification data 9 necessary for obtaining a special condition in the condition processing routine 3, a condition storage area 5 for storing the obtained special condition, and a special condition to be changed in order to change the special condition specification data A special control processing routine 3A for retrieving a lot related to the specification data and redetermining special conditions of the lot, And a special condition update processing routine 8 for activating the special control processing routine 3A.

[Procedure amendment 6]

[Document name to be amended] Statement

[Correction target item name] 0023

[Correction method] Change

[Correction contents]

The special control processing routine 3 A started by the special condition update processing routine 8 determines the special condition again and stores the update data in the condition storage area 5. Then ,
The operation of the present invention configured as described above will be described.
The work report routine 1 in the work process (n-1) sends report data from the terminal to the host computer via the network. In response, the report processing routine 2 is started in the host computer.

Continued on the front page F term (reference)

Claims (6)

[Claims] A plurality of production steps are provided for continuously producing products, and work report data in each step is input from a terminal provided in each step, and a host computer outputs necessary processing results. By outputting to each of the terminals, in the production support system that manages each of the production steps and improves the production efficiency of the entire line, the work report data input to the terminal provided in the previous production step To perform the first processing with a short processing time based on
A second processing unit that performs a second processing that is longer than the processing time of the first processing unit after the processing of the first processing unit is completed.
A production support system comprising: transmitting a processing result processed by the second processing unit to a post-production process, thereby improving a response speed of the system. 2. The host computer receives work report data from the post-process, performs first processing in the first processing means, and executes the processing result and the processing result of the second processing means. 2. The production support system according to claim 1, wherein a predetermined output is output to the terminal in the post-process based on the following. 3. The production support system according to claim 1, further comprising processing change means for changing a processing result of said second means. 4. In order to continuously produce a product, a plurality of production steps are provided, and work report data in each of the steps is input from a terminal provided in each step, and a host computer outputs necessary processing results. By outputting to each of the terminals, in the control method of the production support system that manages each of the production steps and improves the production efficiency of the entire line, the input is performed from the terminal provided in the previous production step. A first step of performing a first process with a short processing time based on work report data, and a second process having a longer processing time than the processing time of the first step after the processing of the first step is completed. Second to do
The host computer, based on the processing result processed in the second step and the work report data input to the terminal provided in the post-production process, the predetermined processing result of the post-processing A third step of outputting to the production process;
A method for controlling a production support system, comprising: 5. In order to continuously produce products, a plurality of production steps are provided, and work report data in each of the steps is input from a terminal provided in each step, and a host computer outputs necessary processing results. A recording medium that records a computer program of a production support system that is configured to improve the production efficiency of the entire line by outputting to each of the terminals, and a work input from a terminal provided in a previous production process. A first step of performing a first processing with a short processing time based on the report data; and performing a second processing having a processing time longer than the processing time of the first step after the processing of the first step is completed. Second
The host computer, based on the processing result processed in the second step and the work report data input to the terminal provided in the post-production process, the predetermined processing result of the post-processing A recording medium for a production support system, wherein a series of processes comprising: a third step of outputting to a production process; and 6. The recording medium for a production support system according to claim 5, further comprising a processing change step for changing a processing result of said second step.