JP5011858B2 - Work procedure generation program and apparatus and method - Google Patents

Description

  The present invention relates to the work procedure and the field related to office automation.

Techniques for acquiring an actual work log and generating a work procedure related to the work are disclosed in the following Patent Document 1, Patent Document 2, and Patent Document 3.
JP-A-6-243118 JP-A-10-105540 Japanese Patent Laid-Open No. 11-250038

  However, the prior art disclosed in Patent Documents 1 to 3 generates a work procedure from an actual work log, so even if the work is the same work, the work procedure differs depending on the worker. Multiple work procedures are created. Then, when a third party uses this work procedure, it becomes necessary to determine which is an effective work procedure.

  Therefore, in the present invention, the expression of the work procedure is unified and visualized. In particular, the object is to collectively visualize work procedures that simply differ in the order of the work, and work procedures that only differ in whether the work procedures are represented in a higher concept or a lower concept.

  In the first invention of this application, a storage unit for storing a work procedure table including a plurality of work processes having an attached data name and a process name, and a work procedure described in one sentence as an attached data name and process name as one work process. A work procedure table creation unit that stores the work procedure tables separately, and an analysis unit that parallelizes or hierarchizes two work processes read from the two work procedure tables.

  In the second invention of the present application, the storage unit further stores a work log having a work ID and a work procedure, and the work procedure table creation unit reads the work log and searches for a work procedure having the same work ID. Then, it is divided into the attached data name and the process name and stored in the work procedure table.

  In the third invention of the present application, the work process further includes a process ID, a parent process ID, and a child process ID, and the analysis unit reads out the two work procedure tables to obtain a parent process ID of the work process. An integrated work procedure table is created by setting process ID-1 and setting the child process ID of the work process to process ID + 1.

  According to a fourth aspect of the present invention, the analysis unit, based on the integrated work procedure table, has a work process having a plurality of child process IDs in one work process (hereinafter referred to as a common parent work process) and a parent process ID in one work process. Is searched for a work process (hereinafter referred to as a common child work process), and a work process between the common parent work process and the common child work process (hereinafter referred to as a processing target work process) is extracted. The extracted processing target work processes are parallelized or hierarchized.

  In the fifth invention of this application, the analysis unit compares the number of processing target work processes extracted from one of the work procedure tables with the number of processing target work processes extracted from the other work procedure table after performing the search. If they match, they are parallelized and if they do not match, they are hierarchized.

  According to a sixth aspect of the present application, the processing target work process further includes an input to which the attached data name is an input source and an output to be an output destination with respect to the process name. When all the outputs are the same, the processing target work processes are parallelized.

  In a seventh aspect of the present application, the analysis unit stratifies the processing target work processes when the number of the one processing target work processes = 1 and the number of the other processing target work processes> 1. Features.

  In an eighth aspect of the present application, the analysis unit changes a parent process ID of the processing target work process to a common parent process ID in the integrated work procedure table, and sets a child process ID of the processing target work process as a common child work. The process ID is changed to parallel processing.

  In the ninth invention of the present application, the analysis unit extracts a head process of the other processing target work process, and in the integrated work procedure table, the parent process ID of the one processing target work process is added to the extracted parent process ID. A process ID is set, and a final process of the other processing target work process is extracted, and a process ID of the one processing target work process is set as a child process ID of the extracted final process in the integrated work procedure table. It is characterized by hierarchizing.

  By describing the work procedure with a single sentence “what” and “how”, the occurrence of multiple work procedures due to differences in expression can be suppressed.

  In addition, the work procedure can be visualized and used by a third party. In particular, work procedures that simply differ in the order of work are visualized as parallel work, and work procedures that differ only in whether the work procedure is expressed in a superordinate concept or a subordinate concept are visualized hierarchically. It becomes easy for the three parties to use.

  First, an outline from the work log to the creation of a work procedure flow will be described by taking the work of acquiring a passport as an example (FIG. 1).

  The work contents of the work log according to the present invention are those written with two elements, “what” and “how”, such as “acquisition of application” and “create application”. In particular, “What's wrong” is limited to elements such as “Acquisition”, “Application”, “Change”, “Correction”, and “Creation”. If other elements need to be written, they may be registered in the type table 14 to be described later, but are omitted in this description.

  Then, this work content is disassembled into “what” and “what”. For example, “acquisition of application” is broken down into “application” and “acquisition”, and “create application” is broken down into “application” and “creation”. This work content is expressed as “application form-> acquisition” and “creation-> application form” as a work procedure flow. FIG. 1 is an example in which a work log for obtaining a passport obtained in this way is represented in a work procedure flow.

  FIG. 2 is a configuration diagram of an embodiment of the present invention. The present invention includes a work log input unit 1, a work procedure table creation unit 2, an analysis unit 3, a depiction unit 4, a work log 11, a work procedure table 12, an integrated work procedure table 13, and a type table 14.

  The work log input unit 1 is a processing unit that stores an input work log in the work log 11 when a user inputs a work log.

  The work procedure table creation unit 2 is a processing unit that analyzes the work log 11 and creates a work procedure table 12 for each work ID.

  The analysis unit 3 is a processing unit that analyzes and integrates the work procedure table 12 for two work procedures (two work IDs) to create an integrated work procedure table 13. Here, “analyze and integrate” means that the two work procedure tables 12 are compared and the same work procedure and the work procedures that have no difference between the higher concept and the lower concept are combined into one. . In particular, the former is parallelized and the latter is hierarchized.

  The depiction unit 4 is a processing unit that depicts the integrated work procedure table 13 as a work procedure flow so that the user can easily understand the work flow.

  The work log 11 is a storage unit that stores a work log input by the work log input unit 1 and includes a work ID, a work date, a work time, and a work content (work procedure) (FIG. 3). The work ID is an identifier assigned to each work unit such as acquisition of a passport.

  The work procedure table 12 is a storage unit that stores a work procedure table for each work ID created by the work procedure table creation unit 2, and includes a work ID, a process ID, an attached data name (“what”), a process name ( “What's wrong”), type, input / output, parent process ID, and child process ID (FIG. 8).

  The process ID is an identifier assigned for each work (for each work process). The attached data name corresponds to “what” in the work contents of the work log. The process name corresponds to “what happened” in the work content. The type will be described later.

  The input / output is an attached data name (“what”) that is an input target or an output target with respect to a process name (“what”). For example, when viewing from the process name “Acquisition”, the attached data names “Application Form”, “Household Extract”, “Resident Card”, “Photo”, and “Passport” are the input, and when viewed from “Create”, “Application Form” Since it is an output target, it is an output. From the viewpoint of “application”, “change”, and “correction”, “document” is both an input target and an output target, so it is an input / output.

  The integrated work procedure table 13 is a storage unit that stores an integrated work procedure table in which two work procedures created by the analysis unit 3 are integrated, and the items in the table are the same as the work procedure table 12 except that there is no work ID. It is the same (FIG. 11).

  The type table 14 is obtained by classifying process names ("Daido") for each type (FIG. 4). “Acquisition” is classified as type 1, “application, change, modification” is classified as type 2, and “creation” is classified as type 3. Type 1 is input only, type 2 is input / output, and type 3 is output only.

  Hereinafter, embodiments of the present invention will be described with reference to flowcharts.

  First, a flow for acquiring a work log will be described (FIG. 5).

  When the worker starts work (S101), the work log input unit 1 assigns a work ID (S102). When the worker inputs the work content (S103), the work log input unit 1 adds the work ID to the work log 11 (S104), adds the work date and the work time (S105), and sets the work content. Register (S106) and save the work log 11 (S107). If there is a next operation, the process returns to S103. An example of the work log 11 acquired here is shown in FIG.

  Next, a flow in which the work procedure table creation unit 2 creates the work procedure table 12 will be described (FIG. 6). Since the work procedure table 12 is created for each work ID, this flow also moves for each work ID.

  The work procedure table creation unit 2 reads the work log 11, collects work logs having the same work ID (S201), and generates an empty work procedure table (S202).

  The work procedure table 12 is sorted in time series using the work date and work time as keys (S203), the number of work logs is counted, and the process ID is initialized to P01 (S204).

  If the number of work logs is not 0 (S205, No), process ID + 1 is set to the child process ID belonging to the corresponding process ID (S206).

  The work content is divided into an attached data name (“what”) and a process name (“what”), and the attached data name obtained by dividing the attached data name belonging to the corresponding process ID in the work procedure table 12 Set. Then, the process name obtained by the division is set to the process name belonging to the corresponding process ID in the work procedure table 12 (S207).

  The type to which the process name belongs is determined from the type table 14 (FIG. 4), and the determined type is set as the type belonging to the corresponding process ID (S208).

  If the type is 1 (S209), the attached data name obtained in S207 is set to the input belonging to the corresponding process ID in the work procedure table 12 (S210). If the type is 2 (S209), the attached data name obtained in S207 is set to the input and output belonging to the corresponding process ID (S211). If the type is 3 (S209), the attached data name obtained in S207 is set to the output belonging to the corresponding process ID (S212).

  If the process ID is 1 (S213, Yes), NULL is set to the parent process ID belonging to the corresponding process ID in the work procedure table 12 (S214), and if the process ID is other than 1 (S213, No), Process ID-1 is set to the parent process ID belonging to the corresponding process ID (S215).

  Since one line of the corresponding process ID is completed, it is temporarily stored in the work procedure table 12 (S216), the number of work logs is reduced by 1, the process ID is incremented by 1 (S217), and the process returns to S205 to return to the next process ID ( Process the next line).

  If the number of work logs becomes 0 in S205 (S205, Yes), NULL is set to the child process ID of process ID-1 as the last line (S218). Since there is no work log to be processed, the work procedure table 12 for the corresponding work ID is completed.

  Next, in order to visualize common points and differences between the two work procedures as a work procedure flow, the two work procedure flows are integrated. First, the outline will be described.

  Now, assume that there are two work procedures A and B (FIG. 7). In this example, the operations of “application form-> acquisition”, “creation-> application form” in the first half, and “document-> application-> document” and “passport-> acquisition” in the second half are common, The operations of “family register abstraction-> acquisition”, “resident card-> acquisition”, “photograph-> acquisition” in the middle are different (the part surrounded by the dotted line in FIG. 7 (1)). In the integrated work procedure flow, "family register abstract-> acquisition", "resident card-> acquisition", and "photograph-> acquisition" are expressed in parallel as parallel work. That is, after an intermediate process (FIG. 7 (2)), an integrated work procedure flow (FIG. 7 (3)) is created. The work procedure table and the integrated work procedure table at this time are shown in FIGS.

  Also, assume that there are two work procedures A and B (FIG. 12). In this example, the operations of “application form-> acquisition”, “creation-> application form” in the first half, and “document-> application-> document” and “passport-> acquisition” in the second half are common, The work of “family register abstraction-> acquisition”, “resident card-> acquisition”, “photograph-> acquisition” and “necessary document-> acquisition” in the middle is different (the part surrounded by the dotted line in FIG. 12 (1)). In the integrated work procedure flow, “required documents-> acquisition” and “family register abstracts-> acquisition”, “resident card-> acquisition”, and “photograph-> acquisition” are hierarchized as the same work with no difference between the superordinate concept and the subordinate concept. To express. That is, after an intermediate progress (FIG. 12 (2)), an integrated work procedure flow (FIG. 13 (3)) is created. The work procedure table and the integrated work procedure table at this time are shown in FIGS.

  Here, a detailed description will be given using a work procedure table, an integrated work procedure table, and flowcharts (FIGS. 16 to 19).

First, a flow until the analysis unit 3 generates a temporary integrated work procedure table from the work procedure table A and the work procedure table B will be described (FIGS. 16 and 17).
The analysis unit 3 reads the work procedure table A and the work procedure table B (FIG. 8) (S301). The colored portion in FIG. 8 corresponds to the parallel work in the integrated work procedure flow. An empty integrated work procedure table 13 is generated (S302).

  Hereinafter, for convenience of explanation, the process ID of the work procedure table A is aID, the process ID of the work procedure table B is bID, and the work process of the work procedure table A (refers to one line of the work procedure table) is P ( aID), and the work process of the work procedure table B is expressed as P (bID).

  The analysis unit 3 enters initial values such as process ID = 1, aID = 1, bID = 1, tmp = bID in the integrated work procedure table (S303).

  When aID = not the last line (S304, No), the two work processes are compared. If the two work processes do not match, that is, if P (aID) = P (tmp) (S305, No), tmp = tmp + 1 is added (S306). If it is not the last line of tmp> bID (S307, No), the process returns to S305, and if it is the last line of tmp> bID (S307, Yes), it is updated to tmp = bID (S308). Note that the determination of P (aID) = P (tmp) (S305) is made based on whether or not the attached data name of the work process (that line) matches the process name.

  On the other hand, if both work processes match, that is, P (aID) = P (tmp) (S305, Yes), if tmp = bID (S309, Yes), bID = bID + 1, tmp = bID. (S310).

  Then, proceeding from S308 and S310, if aID = first line (S311, Yes), the parent process ID of P (aID) = NULL and the child process ID of P (aID) = process ID + 1 are set (S312). . If aID is not the first line (No in S311), the parent process ID of P (aID) = process ID-1 and the child process ID of P (aID) = process ID + 1 are set (S313).

  P (aID) is set in the integrated work table 13 (S314), process ID = process ID + 1 and aID = aID + 1 are added (S315), and the process returns to S304 to process the next work process.

  On the other hand, if tmp = bID is not satisfied (S309, No), the parent process ID of P (aID) = process ID-1 is set (S316). If bID = tmp (S317, Yes), the process proceeds to S311. If bID = tmp is not satisfied (S317, No), the process proceeds to S318.

  If bID = first line (S318, Yes), the parent process ID of P (bID) = NULL and the child process ID of P (bID) = process ID + 1 are set (S319). If bID is not the first line (S318, No), the parent process ID of P (bID) = process ID-1 and the child process ID of P (bID) = process ID + 1 are set (S320).

  P (bID) is set in the integrated work table 13 (S321), process ID = process ID + 1 and bID = bID + 1 are added (S322), and the process returns to S317 to process the next work process.

  On the other hand, if aID = last line (S304, Yes) and bID = not last line (S323, No), the process proceeds to S317. If bID = final line (S323, Yes), the process proceeds to S324. An integrated work table in the middle of the flow at this time is shown in FIG.

  Next, the flow in which the analysis unit 3 searches for work processes that can be parallelized or hierarchized and makes the work processes parallel or hierarchical will be described (FIGS. 18 and 19).

  The analysis unit 3 initializes last = process ID (last row of the integrated work procedure table) and i = 1 (S324). If i = last is not satisfied (S325, No), and there are not a plurality of child process IDs (S326, No), i = i + 1 is added (S327), and the process returns to S325. If there are a plurality of child process IDs (S326, Yes), it is determined that the common parent process ID = i (S328), and the process proceeds to S329. On the other hand, if i = last (there is no common parent process) (S325, Yes), the process proceeds to S329. In FIG. 9, the common parent process ID = P02 (arrow). The common parent process refers to a work process in which the self is a common parent for the child.

  i = last is initialized (S329), i is not 1 (S330, No), and there are not a plurality of parent process IDs (S331, No), i = i-1 is subtracted (S332), and the process returns to S330. If there are a plurality of parent process IDs (S331, Yes), it is determined that the common child process ID = i (S333), and the process proceeds to S334. On the other hand, if i = 1 (there is no common child process) (S330, Yes), the process proceeds to S334. In FIG. 9, the common child process ID = P07 (arrow). The common child process is a work process in which the child is a child common to the parent.

  If the common parent process and the common child process exist (the line with the arrow in FIG. 9), that is, if the common parent process ID and the common child process ID exist (S334, Yes), the common parent process is obtained from the work procedure table A. And a common child process are extracted (hereinafter referred to as processing target work process) (S335).

  Specifically, the process name, attached data name, and type in the common parent process row of the integrated work procedure table 13 are specified, and the work procedure table A is searched with the specified process name, attached data name, and type, and the match is found. The work process that is the line to be executed is specified (for convenience, it is referred to as work process 1) (the line with a triangle in FIG. 8). Similarly, the attached data name, the process name, and the type in the common child process row of the integrated work procedure table are specified, and the work procedure table A is searched with the specified attached data name, the process name, and the type. A certain work process is specified (for convenience, it is referred to as work process 2) (line with a triangle mark in FIG. 8). A work process between the work process 1 and the work process 2 (that is, a work process to be processed) is extracted (S335). In FIG. 8, the colored work process corresponds.

  Similarly, a work process between the common parent process and the common child process (that is, a process work process) is extracted from the work procedure table B (S336).

  If the extracted number of processing target work processes is equal (S337, Yes), and the input and output of the processing target work processes are all the same in the integrated work procedure table 13 (S338), the following parallel processing is performed. .

  In the integrated work procedure table 13, the parent process ID of the processing target work process is changed to the common parent process ID, that is, the parent process ID from P03 to P06 in FIG. 9 is changed to P02 (S339). The child process ID of the processing target work process is changed to the common child process ID, that is, the child process ID of P03 to P06 in FIG. 9 is changed to P07 (S340). The child process ID of the common parent process is changed to the processing target work process, that is, the child process ID of P02 in FIG. 9 is changed to P03, P04, P05, and P06 (S341). The parent process ID of the common child process is changed to the processing target work process, that is, the parent process ID of P07 in FIG. 9 is changed to P03, P04, P05, and P06 (S342).

  Of the processing target work processes, one of the work process contents that match all (lines with stars in FIG. 10) is deleted (S343), and the integrated work procedure table 13 is completed.

  On the other hand, when the number of processing target work processes extracted from the work procedure tables A and B is not equal (No in S337), the number of processing target work processes in one work procedure table = 1 and the other work procedure If the number of processing target work processes in the table> 1 (S344), the following hierarchical processing is performed. In this case, the process target work process of one work procedure table B is P03, and the process target work processes of the other work procedure table A are P03, P04, and P05 (work processes colored in FIG. 14).

  The head process of the processing process work process on the other side is extracted, and the process ID on one side is set as the parent process ID of the head process in the integrated work procedure table 13 (S345). The final process of the processing process work process on the other side is extracted, and the process ID on one side is set as the child process ID of the final process in the integrated work procedure table 13 (S346). The child process ID of the common parent process is changed to the processing target work process (S347). The parent process ID of the common child process is changed to the processing target work process (S348). As a result, the integrated work procedure table 13 is completed.

  Finally, the depiction unit 4 depicts the completed integrated work procedure table 13.

(Appendix 1) Computer
A storage unit for storing a work procedure table including a plurality of work processes having attached data names and process names;
A work procedure table creation unit that divides a work procedure described in one sentence into one work process into an attached data name and a process name and stores them in the work procedure table;
An analysis unit for parallelizing or hierarchizing two work processes read from the two work procedure tables;
Work procedure generation program to function as.
(Additional remark 2) The said storage part further memorize | stores the work log which has work ID and a work procedure,
A processing unit that reads the work log, searches for a work procedure having the same work ID, and stores the work procedure table creation unit in the work procedure table by dividing the attached data name and the process name;
The work procedure generation program according to appendix 1, which is functioned as:
(Supplementary Note 3) The work process further includes a process ID, a parent process ID, and a child process ID.
The analysis unit reads the two work procedure tables, sets the parent process ID of the work process to process ID-1, sets the child process ID of the work process to process ID + 1, and sets the integrated work procedure table. Processing unit to create,
The work procedure generation program according to supplementary note 1 or 2, which is functioned as:
(Supplementary Note 4) From the integrated work procedure table, the analysis unit has a work process having a plurality of child process IDs in one work process (hereinafter referred to as a common parent work process) and a plurality of parent process IDs in one work process. Search for work processes (hereinafter referred to as common child work processes), extract work processes (hereinafter referred to as processing target work processes) between the common parent work processes and the common child work processes, and extract the processes A processing unit that parallelizes or hierarchizes target work processes,
The work procedure generation program according to appendix 3, which is made to function as
(Supplementary Note 5) After the search, the analysis unit compares the number of processing target work processes extracted from one of the work procedure tables with the number of processing target work processes extracted from the other work procedure table, A processing unit that parallelizes if they match and hierarchizes if they do not match,
The work procedure generation program according to appendix 4, which is made to function as:
(Supplementary Note 6) The processing target work process further includes an input to which the attached data name is an input source and an output to be an output destination with respect to the process name,
A processing unit that parallelizes the processing target work process when the input and the output are all the same;
The work procedure generation program according to appendix 5, which functions as:
(Supplementary Note 7) When the one processing target work process number = 1 and the other processing target work process number> 1, the processing unit stratifies the processing target work process,
The work procedure generation program according to appendix 5, which functions as:
(Supplementary Note 8) In the integrated work procedure table, the analysis unit changes the parent process ID of the processing target work process to a common parent process ID, and sets the child process ID of the processing target work process to the common child work process ID. A processing unit to change and parallelize,
The work procedure generation program according to appendix 6, which functions as:
(Additional remark 9) The said analysis part extracts the top process of the said other process target work process, and sets the process ID of said one process target work process to the parent process ID of the extracted top process in the said integrated work procedure table. Set, further extract the final process of the other processing target work process, and set the process ID of the one processing target work process to the child process ID of the extracted final process in the integrated work procedure table Processing unit,
The work procedure generation program according to appendix 7, which functions as:
(Additional remark 10) The memory | storage part which memorize | stores the work procedure table containing multiple work processes which have an attached data name and a process name,
A work procedure table creation unit that divides a work procedure described in one sentence into one work process into an attached data name and a process name and stores them in the work procedure table;
An analysis unit for parallelizing or hierarchizing two work processes read from the two work procedure tables;
The work procedure production | generation apparatus which has.
(Additional remark 11) In the work procedure production | generation method in the work procedure production | generation apparatus which has a memory | storage part, a work procedure table preparation part, and an analysis part,
The storage unit stores a work procedure table including a plurality of work processes having attached data names and process names;
The work procedure table creation unit divides the work procedure described in one sentence into one work process into an attached data name and a process name and stores them in the work procedure table,
The analysis unit parallelizes or hierarchizes two work processes read from the two work procedure tables;
Work procedure generation method.

Conceptual diagram of generating work procedure flow from work log Configuration diagram of the present invention Work log Type table Work log acquisition flow Flow to generate work procedure table from work log Work procedure integrated in parallel Work procedure tables A and B for parallel processing In the middle of creating an integrated work procedure table to be parallelized (immediately after S323 Yes) In the middle of creating an integrated work procedure table to be parallelized (immediately after S342) Parallel integrated work procedure table Progress of work procedure for stratification and integration Hierarchical and integrated work procedure Work procedure tables A and B for hierarchical processing Hierarchical integrated work procedure table Integrated work procedure table creation flow (part 1) Integrated work procedure table creation flow (2) Integrated work procedure table creation flow (part 3) Integrated work procedure table creation flow (part 4)

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Work log input part 2 Work procedure table preparation part 3 Analysis part 4 Description part 11 Work log 12 Work procedure table 13 Integrated work procedure table 14 Type table

Claims (5)

For each procedure in the work procedure flow, the process ID for specifying the time series order of the procedure, the attached data name for specifying the target used in the work, the process name for specifying the action for the attached data name, and the process name are performed. In this case, a type that specifies whether the attached data name is used as an input target, an output target, or an input / output target, a parent process that specifies the previous procedure, and a child process that specifies the next procedure are recorded. The attached data name, the process name, the type, and the parent process are referred to from the same procedure in which the attached data name, the process name, the type, and the parent process are stored. After the same number of steps, the attached data name, the process name, the type, and the child process become the same procedure. Reading each of the steps in two working procedures flow,
For the procedure in which the attached data name, the process name, the type, and the parent process of the two read work procedure flows are the same, one procedure is performed for each procedure in the work procedure flow. A process ID for identifying the target, an attached data name for identifying an object used in the work, a process name for identifying an action for the attached data name, and whether the attached data name is an input target or an output target when performing the process name Record in the integrated work procedure table that records the type that is used as an input / output target, the parent process that identifies the previous procedure, and the child process that identifies the next procedure,
For each procedure in each work procedure flow in which any one of the attached data name, the process name, the type, the parent process, and the child process is different from other work procedure flows, the parent process of each procedure is The attached data name, the process name, the type, and the parent process of the procedure from the start in each work procedure flow are changed to the last procedure in the same procedure, and the child process of each procedure is changed to the attached data. After the same number of steps, the name, the process name, the type, the parent process, and the child process are different, and then the attached data name, the process name, the type, and the child process are changed to the same procedure. Change to the first procedure to be recorded in the integrated work procedure table,
The auxiliary data name, the process name, the type, the parent process, and the child process of the procedure before the procedure in which any one of the parent process and the child process is different, the auxiliary data name, the process name, the type, and the parent process. Any one of the child processes is changed to each procedure in each work procedure flow different from other work procedure flows and recorded in the integrated work procedure table,
After the same number of steps, the attached data name, the process name, the type, and the child process are different from each other in the attached data name, the process name, the type, the parent process, and the child process. The parent process of the first procedure that becomes the same procedure is assigned to each work procedure flow in which each of the attached data name, the process name, the type, the parent process, and the child process is different from other work procedure flows. Changing to a procedure and recording it in the integrated work procedure table;
A program that causes a computer to execute. When changing the parent process and the child process results in a work procedure in which the attached data name, the process name, the type, the parent process, and the child process match another work procedure, the integrated work procedure Deleting one of the work procedures from the table;
The program according to claim 1 for causing a computer to execute. For each procedure in the work procedure flow, the process ID for specifying the time series order of the procedure, the attached data name for specifying the target used in the work, the process name for specifying the action for the attached data name, and the process name are performed. In this case, a type that specifies whether the attached data name is used as an input target, an output target, or an input / output target, a parent process that specifies the previous procedure, and a child process that specifies the next procedure are recorded. A storage unit for storing the work procedure table
Referring to the storage unit, any one of the attached data name, the process name, the type, the parent process, and the child process from the same procedure in which the attached data name, the process name, the type, and the parent process are the same. After passing through the same number of steps, different procedures are read out, each procedure of two work procedure flows in which the attached data name, the process name, the type, and the child process are the same procedure, and the read two work procedures For any procedure in which the attached data name, the process name, the type, and the parent process of the flow are the same, a process ID that specifies the time-series order of the procedure for each procedure in the work procedure flow; , An attached data name that identifies a target to be used in the work, a process name that identifies an action for the attached data name, and the attached name when performing the process name Integrated operation that records whether the data name is used as an input target, output target, or input / output target, a parent process that identifies the previous step, and a child process that identifies the next step Record in the procedure table, and for each procedure in each work procedure flow in which any of the attached data name, the process name, the type, the parent process, and the child process is different from other work procedure flows, The parent process of the procedure is changed to the last procedure in the procedure in which the attached data name, the process name, the type, and the parent process of the procedure from the start in each work procedure flow are the same. After the process has passed the same number of steps, the attached data name, the process name, the type, the parent process, and the child process are different, and then the attached data name The process name, the type, and the child process are changed to the first procedure that becomes the same procedure and recorded in the integrated work procedure table, and the attached data name, the process name, the type, the parent process, and the child are recorded. A child process of a procedure before a procedure in which any one of the processes is different, and each work in which any of the attached data name, the process name, the type, the parent process, and the child process is different from other work procedure flows. After changing to each procedure in the procedure flow and recording it in the integrated work procedure table, after a procedure in which any of the attached data name, the process name, the type, the parent process, and the child process is different passes the same number of procedures , The parent process of the first procedure in which the attached data name, the process name, the type, and the child process are the same procedure, the attached data name And an analysis unit that changes one of the process name, the type, the parent process, and the child process to each procedure in each work procedure flow different from other work procedure flows and records the procedure in the integrated work procedure table; ,
A work procedure generation apparatus characterized by comprising: For each procedure in the work procedure flow, the process ID for specifying the time series order of the procedure, the attached data name for specifying the target used in the work, the process name for specifying the action for the attached data name, and the process name are performed. In this case, a type that specifies whether the attached data name is used as an input target, an output target, or an input / output target, a parent process that specifies the previous procedure, and a child process that specifies the next procedure are recorded. The attached data name, the process name, the type, and the parent process are referred to from the same procedure in which the attached data name, the process name, the type, and the parent process are stored. And a procedure in which any one of the child processes is different in both work procedure flows, and then the attached data name, the process name, the type, and the child Reading each of the steps in two working procedures flow and the processes the same procedure,
For the procedure in which the attached data name, the process name, the type, and the parent process of the two read work procedure flows are the same, one procedure is performed for each procedure in the work procedure flow. A process ID for identifying the target, an attached data name for identifying an object used in the work, a process name for identifying an action for the attached data name, and whether the attached data name is an input target or an output target when performing the process name Record in the integrated work procedure table that records the type that is used as an input / output target, the parent process that identifies the previous procedure, and the child process that identifies the next procedure,
The parent process of one work procedure out of each procedure in each work procedure flow in which any of the attached data name, the process name, the type, the parent process, and the child process is different from the other work procedure flow In each work procedure flow, the attached data name, the process name, the type, and the parent process are the last step in the same procedure, and the child process is the attached data name and the process name. After the same number of steps, the type, the parent process, and the child process are different from each other, and then the attached data name, the process name, the type, and the child process are the first steps that become the same procedure. Change, change the parent process and child process of the other work procedure to the procedure of the one work procedure and record it in the integrated work procedure table,
The integrated work procedure table is obtained by changing the child process of the procedure before the procedure in which any of the attached data name, the process name, the type, the parent process, and the child process is different to the procedure of the one work procedure. Recorded in
After the number of steps in which the attached data name, the process name, the type, the parent process, and the child process are different, the attached data name, the process name, the type, and the child process are Changing the parent process of the first procedure that becomes the same procedure to the procedure of the one work procedure and recording it in the integrated work procedure table;
A program that causes a computer to execute. For each procedure in the work procedure flow, the process ID for specifying the time series order of the procedure, the attached data name for specifying the target used in the work, the process name for specifying the action for the attached data name, and the process name are performed. In this case, a type that specifies whether the attached data name is used as an input target, an output target, or an input / output target, a parent process that specifies the previous procedure, and a child process that specifies the next procedure are recorded. A storage unit for storing the work procedure table
Referring to the storage unit, any one of the attached data name, the process name, the type, the parent process, and the child process from the same procedure in which the attached data name, the process name, the type, and the parent process are the same. After different procedures have passed through different procedure numbers in both work procedure flows, read out each procedure of the two work procedure flows in which the attached data name, the process name, the type, and the child process are the same procedure,
For the procedure in which the attached data name, the process name, the type, and the parent process of the two read work procedure flows are the same, one procedure is performed for each procedure in the work procedure flow. A process ID for identifying the target, an attached data name for identifying an object used in the work, a process name for identifying an action for the attached data name, and whether the attached data name is an input target or an output target when performing the process name Record in the integrated work procedure table that records the type that is used as an input / output target, the parent process that identifies the previous procedure, and the child process that identifies the next procedure, and the attached data name And each process in each work procedure flow in which any of the process name, the type, the parent process, and the child process is different from other work procedure flows. The parent process of one work procedure is set to the last step in the procedure in which the attached data name, the process name, the type, and the parent process of the procedure from the start in each work procedure flow are the same. After the process has passed the same number of steps, the attached data name, the process name, the type, and the child process are different from each other in the attached data name, the process name, the type, the parent process, and the child process. Is changed to the first procedure that becomes the same procedure and recorded in the integrated work procedure table, and the parent process and child process of the other work procedure are changed to the procedure of the one work procedure, and the integrated work procedure table The child data of the previous procedure of the procedure in which any one of the attached data name, the process name, the type, the parent process, and the child process is different, After changing the procedure to the procedure of the work procedure and passing through a different number of steps, the attached data name, the process name, the type, the parent process, and the child process are different from each other. An analysis unit that changes a parent process of an initial procedure in which the type and the child process are the same procedure into a procedure of the one work procedure and records it in the integrated work procedure table;
A work procedure generation apparatus characterized by comprising:

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