JP2003303212A - Cad drawing compilation management equipment and program therefor - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To precisely estimate the number of days and the cost taken for a CAD drawing compilation. <P>SOLUTION: This CAD drawing compilation management equipment is provided with a computer system 1 having a clock function 3 and connected with a display monitor and a drawing compilation input device such as a mouse and a keyboard, an input signal sensing means 5 sensing a time of a moment when a CAD drawing compiler operates the drawing compilation input device such as the mouse and the keyboard, and a CAD drawing compilation time calculating means 7 calculating a time when the CAD drawing compiler engages in the drawing compilation and storing the calculation result in a recording medium. <P>COPYRIGHT: (C)2004,JPO

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a CAD drawing editing work management apparatus and a program thereof for estimating man-hours of CAD drawing editing work in CAD drawing editing work process and managing the process.

[0002]

2. Description of the Related Art Estimating the number of man-hours in a CAD drawing editing work process is the number of CAD drawing sheets to be edited, CA.
Based on the number of D drawing editing personnel, the manager decided by calculation from past experience values.

[0003]

In the CAD drawing editing work process, it is troublesome for the CAD drawing editing worker to accurately calculate the time actually engaged in the CAD drawing editing work, and further, it is in parallel with other work. It is difficult to accurately calculate the time required only for the CAD drawing editing work when performing the work. Also, the number of days required for CAD drawing editing work is the CA of the worker engaged in the CAD drawing editing work.
D As it depends on the skill of drawing editing, C
It is difficult to accurately calculate the number of working days only from the number of AD drawing editing workers.

The present invention has been made in view of the above circumstances, and an object of the present invention is to provide a CAD drawing editing work management apparatus which can accurately estimate the number of days required for CAD drawing editing work and the work cost. .

[0005]

A CAD drawing editing work management apparatus according to [Claim 1] of the present invention is connected to a computer system having a clock function in the CAD drawing editing apparatus used in a CAD editing work process. Drawing input signal information for drawing editing issued from the input device for drawing editing according to the operation of the input device for drawing editing, and current time information received from the clock function at the moment when the input signal information for drawing editing is issued. A means for determining the time when the editing input signal information is issued, and the sheet identification information and the drawing editing work described in the drawing to uniquely identify the drawing editing input signal information, the time when the editing input signal information is issued, and the sheet. Input signal sensing means for outputting worker identification information for uniquely identifying a worker who performs the operation as editing history information, and a section received from the input signal sensing means. Means for calculating the time from the time when the operator opens the drawing sheet to the time when the drawing sheet is closed based on the contents of the history information as a time required for the drawing editing operation, and for drawing editing which is detected during the editing of the drawing sheet. When the interval of the input signal information is open for a certain time or more, the time of the interval is excluded from the time required for the drawing editing work calculated earlier, the sheet identification information and the worker identification information are calculated as the drawing editing time calculation result. And a drawing edit time calculation means for outputting the drawing edit time calculation result to a storage medium for storing the drawing edit time calculation result, and a CAD drawing edit time calculation result for storing the drawing edit time calculation result output by the drawing edit time calculation means in an electronic medium. With recording medium.

The operation of the above configuration is such that, while using the drawing editing application software used in the drawing editing work process, the operator executes the drawing sheet open command with the drawing editing input device such as a mouse and a keyboard. At this time, the time information is collected, and the collected time is set as the drawing edit start time and stored in the electronic medium for storing the edit history information.

After that, when the worker performs the drawing editing operation by the drawing editing means, the time information is collected, and the collected time is recorded as the editing operation execution time in the electronic medium for storing the editing history information. . Next, the worker uses the drawing editing means to collect the time information when the drawing sheet save end command or the end command is executed, and the edit history information is stored in memory as the drawing edit end time. Record in electronic media.

At this time, the time during which the worker is engaged in the drawing edit work is calculated from the drawing edit start time and the drawing edit end time stored in the edit history information, and the calculation result is the sheet identification information and the worker identification. It is recorded in the electronic medium as a drawing edit time calculation result together with the information. However, if the interval of the editing operation execution time stored in the editing history information is open for a certain time or more, it is determined that the worker has not performed the editing work during that time, and the time between the above is determined as described above. Exclude from the time spent working on the drawing calculation calculated in.

A CAD drawing editing work management apparatus according to [Claim 2] of the present invention is the same as that of [Claim 1], in performing drawing editing work on a plurality of computer terminals connected by a network. In order to centrally manage the drawing edit time, the drawing edit time calculation results output from a plurality of computer terminals are combined and output as a drawing edit time calculation result on a plurality of terminals to a storage medium of the drawing edit time calculation results. A multi-terminal data combining means is provided.

The operation of the above-described structure is performed by a plurality of workers.
With multiple computer terminals connected by network,
When performing drawing edit work at the same time, combine the drawing edit time aggregation results created on multiple computer terminals,
It is recorded in the electronic medium as a drawing edit time calculation result as a result of totaling the drawing edit times at a plurality of terminals.

A CAD drawing editing work management apparatus according to [Claim 3] of the present invention is, in [Claim 2], required for a plurality of drawing editing works recorded in a storage medium of a drawing editing time calculation result. The sheet-based total editing time counting means for reading the time data and the sheet identification information and counting the total editing time required for editing one or more drawing sheets.

The operation of the above configuration is that the editing time data recorded in the storage medium of the drawing editing time calculation result,
The total editing time for each drawing sheet is calculated by calculating the total editing time required to create the same drawing sheet from the sheet identification information recorded in the data that can uniquely identify the drawing sheet. To do.

A CAD drawing editing work management apparatus according to [Claim 4] of the present invention is required for a plurality of drawing editing works recorded in a storage medium of a drawing editing time calculation result in [Claim 2]. The above-described time data and worker identification information are read, and a total editing time totaling means for each worker for totaling the cumulative time spent in the drawing editing work for each worker is provided.

The operation of the above configuration is that the editing time data recorded in the storage recording medium of the drawing editing time calculation result,
From the worker identification information recorded in the data,
By calculating the sum total of the editing time by the same worker, the cumulative time engaged in drawing work for each worker is calculated.

A CAD drawing editing work management apparatus according to [Claim 5] of the present invention is a storage medium of a drawing editing time calculation result in [Claim 2], [Claim 3] or [Claim 4]. Time data required for a plurality of recorded drawing editing work, sheet identification information, and worker identification information are read, and an average time required for editing one drawing sheet for each worker is calculated, An edit work skill level determination means for outputting the drawing edit work skill level information for each worker to a storage medium of the drawing edit work skill level information is provided.

The operation of the above configuration is that the edit time data recorded in the storage medium of the drawing edit time calculation result,
From the worker identification information and sheet identification information recorded in the data, the number of created drawing sheets for each worker,
From the total editing time required for the editing, the average time required to edit one drawing sheet is calculated for each worker, and the drawing editing work skill level for each worker is measured from the calculated value. The measured skill of drawing editing is recorded in an electronic medium.

In the CAD drawing editing work management apparatus according to [Claim 6] of the present invention, in [Claim 1], the editing history information is received from the input signal sensing means while the drawing sheet is open, and the editing history information is received. When it is received continuously for a certain time or longer, it is judged that the worker is continuing the editing work continuously for a long time, and it is displayed on the computer screen used by the worker for the purpose of suppressing the continuous OA work for a long time. A long-term continuous OA work suppressing means for outputting warning message information was provided.

The operation of the above construction is such that when an input signal from the drawing editing input device operated by the operator is continuously detected for a certain time or longer while the drawing sheet is open, the operator performs the editing work. In order to prevent continuous OA work for a long time, it is judged that the operator is watching the monitor continuously without taking a break, and on the computer screen used by the worker, the worker is urged to take an eye rest. Display a warning message.

In the CAD drawing editing work management device according to [Claim 7] of the present invention, in [Claim 5], the drawing editing work skill level information is read from the storage medium of the drawing editing work skill level information and externally read. The number of days required for drawing editing work and the minimum number of days with the given number of drawing sheets, the worker identification information of the worker engaged in drawing editing work, and the skill level of the drawing editing work for each worker read in above. And a drawing editing work man-hour estimating means for calculating the work man-hour estimate result and outputting it to a storage medium of the work man-hour estimation result.

The operation of the above-described configuration is based on the conventional means of estimating the number of days required for the drawing editing work from the expected number of drawing sheets to be created and the number of personnel engaged in the drawing editing work. Estimate the exact number of days required for drawing editing work, taking into account the degree.

In the CAD drawing editing work management device according to [Claim 8] of the present invention, in [Claim 5], the drawing editing work skill level information is read from the storage medium of the drawing editing work skill level information, and Receiving drawing-editing work progress information including the number of uncreated drawing sheets and worker identification information of a worker engaged in the drawing-editing work from the process control means for managing the progress of the work including the drawing-editing work, The completion date of the drawing editing work is calculated by using the number of uncreated drawing sheets, the worker identification information, and the skill level of the drawing editing work for each worker as parameters, and this is used as the work completion part prediction result of the work completion part prediction result. A means for predicting the completion date of drawing edit for outputting to a recording medium is provided.

The operation of the above-described configuration is performed by a worker who is engaged in the drawing editing work when predicting the completion date of the drawing editing work from the progress status of the drawing editing work described in the process control information. A highly accurate prediction result is calculated by adding the drawing editing work skill level for each worker.

The CAD drawing editing work management apparatus according to [Claim 9] of the present invention is a [Claim 1] according to claim 1, which operates on a computer system having a clock function and a CPU load status monitoring function. A clock is received at the moment when the start / end signal of the application software for automatic processing is received from the batch processing application software that performs automatic processing, and the current time information and the end signal received from the clock function at the moment the start signal is received. Application software running time measuring means for outputting the time between the current time information received from the function to the application software performance measuring means as the running time measurement result of the application software, and the calculated running time of the application software and CPU load status monitoring function. Application software received from Using the CPU load status information of the computer immediately before the line as a parameter, the actual running time of the application software without delay caused by factors other than the application software is calculated, and this is used as the application software performance measurement result to calculate the application software performance measurement result. An application software performance measuring means for outputting to a recording medium is provided.

In addition to the input signal from the drawing editing means operated by the operator, the application software of the batch processing system for automatically processing the drawing sheet, which operates on the computer, starts the processing. CP from the operating system when
Detecting the start and end commands of the application software issued to U, measuring the running time of the application software from the time each command is issued, and adding the CPU load status of the computer immediately before the execution of the application software. Thus, the actual running time of the application software excluding the delay due to factors other than the application software is measured.

A program according to [Claim 10] of the present invention has a clock function, a computer system to which a display monitor and a drawing editing input device are connected, and a drawing editing operator input a drawing editing function. It realizes an input signal sensing function that senses the time at the moment when you operate, and a drawing edit time calculation function that calculates the time that the operator engaged in drawing editing work and records the calculation result in a storage recording medium. is there.

[0026]

BEST MODE FOR CARRYING OUT THE INVENTION (First Embodiment) An embodiment of the present invention will be described below with reference to the drawings. FIG. 1 is a block diagram showing the configuration of a CAD drawing editing work management device according to the first embodiment. The CAD drawing editing work management apparatus according to the present embodiment has a clock function 3, and a computer system 1 to which a drawing editing input device such as a display monitor and a mouse / keyboard is connected, and a CAD drawing editing operator uses a mouse. And an input signal sensing means 5 for sensing the time instant when a drawing editing input device such as a keyboard is operated, and a time for which a CAD drawing editing worker is engaged in drawing editing work, and the calculation result is stored in a storage medium. CA
And D drawing edit time calculating means 7.

First, the case where the CAD drawing editing worker calculates the time spent in the CAD drawing editing work will be described in detail. In FIG. 1, the computer system 1 is connected to a drawing editing input device such as a display monitor and a mouse / keyboard. The clock function 3 is built in the computer system 1, and the current time is
The current time information 4 is notified to the application program running on the computer system.

The input signal sensing means 5 is provided when the operator operates a drawing editing input device such as a mouse and a keyboard.
The CAD drawing editing input signal information 2 issued from the computer system 1 is received. Then, the current time information 4 received from the clock function 3 at the moment when the CAD drawing editing input signal information is issued is judged to be the time when the CAD drawing editing input signal information is issued, and The time at which it is issued, the sheet identification information, and the operator identification information are output to the CAD drawing edit time calculation means 7, which will be described later, as edit history information 6.

The CAD drawing edit time calculating means 7 calculates the time from the time when the operator opens the CAD drawing sheet to the time when the CAD drawing sheet is closed based on the contents of the editing history information 6 received from the input signal detecting means 5. Calculated as the time required for. Then, when the interval of the input signal information for CAD drawing editing detected during editing of the CAD drawing sheet is opened for a certain time or more, the time of the interval is excluded from the time required for the drawing editing work previously calculated. Then, the sheet identification information and the worker identification information are output to the storage medium 9 of the CAD drawing edit time calculation result as the CAD drawing edit time calculation result 8.

The contents of the storage medium of the CAD drawing edit time calculation result shown in FIG. 3 include the sheet identification information, the worker identification information, the last update time, and the editing required time of the CAD drawing sheet on which the editing work is performed. Has been. Thus, by excluding the count exclusion time from the editing time, it is possible to accurately calculate the time during which the worker is actually performing the CAD drawing editing work toward the desk.

FIG. 2 is a CAD according to the second embodiment.
It is a block diagram which shows the structure of a drawing editing work management apparatus.
The CAD drawing editing work management apparatus according to the present embodiment includes, in addition to the means shown in FIG. 1, a plurality of terminal data combining means 12 for combining CAD drawing editing time calculation results output from a plurality of computer terminals and a sheet-by-sheet combination. Sheet-based total editing time calculating means 15 for calculating total editing time, and CA for each operator
D total editing time calculating means 17 for each worker for calculating the cumulative time engaged in the drawing editing work, CAD editing work skill level determining means 19 for measuring the CAD editing skill level, and the number of days required for editing the CAD drawing sheet CAD drawing editing work man-hour estimating means 22, CAD drawing editing completion date predicting means 27 for predicting the completion date of CAD drawing editing work, and application software running time for measuring running time of application software operating on the computer system 1. Measuring means 31, application software performance measuring means 35 for measuring the performance of the application software itself,
O on the monitor screen of the computer system 1 for a long time
A long-time continuous OA work suppressing means 38 for outputting an A work suppressing message 39 is provided.

In addition to the configuration of the first embodiment, the present embodiment is intended to centrally manage the CAD drawing editing work status in a plurality of computer terminals. In FIG. 2, the multi-terminal data coupling means 12 is a CA in the multi-computer terminals when the CAD drawing editing work is performed in the plural computer terminals 10 connected by the network.
D CAD drawing edit time calculation result output from a plurality of computer terminals for unified management of D drawing edit time 8
And the CAD drawing edit time calculation result 13 in a plurality of computer terminals is output to the storage medium 9 of the CAD drawing edit time calculation result.

FIG. 3 is a diagram showing a recording result of the CAD drawing editing time calculation result. As shown in the figure, worker identification information is provided for each sheet identification information to indicate the last update time of CAD and the required editing time. As a result, it is possible to centrally manage the CAD drawing editing work status at the plurality of computer terminals.

In this embodiment, the total editing time for each sheet can be confirmed. The sheet-based total editing time calculating means 15 shown in FIG. 2 calculates the total editing time for each sheet, and edits a plurality of CAD drawings recorded in the storage medium 9 of the CAD drawing editing time calculation result. The time data required for the work and the sheet identification information 14 are read, and the total editing time is calculated for each sheet having the same sheet identification information. The sheet total editing time totaling result shown in FIG. 4 includes the sheet identification information and the total editing time required for each sheet. As a result, the total editing time for each sheet can be confirmed.

In the present embodiment, the CAD for each worker is
It is intended to check the cumulative time spent in drawing editing work. The worker-based total editing time calculating means 17 shown in FIG. 2 calculates the cumulative time spent on the CAD drawing editing work for each worker. Then, a plurality of Cs recorded in the storage medium 9 of the CAD drawing edit time calculation result are recorded.
The time data required for the AD drawing editing work and the worker identification information 16 are read, and the sum total of the editing time by the same worker is calculated. The total edit time total by worker shown in FIG. 5 includes the worker identification information and the sum total of the edit required time by the worker. As a result, C for each worker
It is possible to confirm the cumulative time spent in AD drawing editing work.

Further, in this embodiment, it is intended to accurately grasp the degree of CAD editing work skill of each worker. As shown in FIG. 2, the CAD editing work skill level determination means 19 measures the CAD editing work skill level by the average required time required for one CAD drawing sheet, and stores the CAD drawing editing time calculation result. The time data required for a plurality of CAD drawing editing operations recorded on the recording medium 9, the sheet identification information, and the operator identification information 18 are read, and the average required time required to edit one CAD drawing sheet is calculated. To do.

Then, ranking is performed according to the calculated values, and this is used as CAD editing work skill level information 20.
The CAD editing skill information is output to the storage recording medium 21. The contents of the storage medium for the CAD editing work skill level information shown in FIG. 6 include the worker identification information, the average time required for one CAD drawing sheet, and the CAD editing work skill level.
As a result, the manager who manages the process can accurately grasp the skill level of the CAD drawing editing work of each worker.

Further, in the present embodiment, the OA is continuous for a long time.
It is intended to prevent work in advance. The long-time continuous OA work suppressing means 38 shown in FIG. 2 operates from the input signal detecting means 5 to the editing history information 6 while the CAD drawing sheet is open.
When the edit history information 6 is continuously received for a certain time or longer, it is determined that the worker is continuing the edit work continuously for a long time, and a warning message is displayed on the monitor screen of the computer system 1. 39 is output. Figure 7
Shows an example of the warning message. As a result, it is possible to prevent the adverse effect of the continuous OA work for a long time on the human body.

Further, in this embodiment, the number of days required for the CAD drawing editing work is estimated. The CAD drawing editing work man-hour estimating means 22 shown in FIG. 2 estimates the number of days required to edit the CAD drawing sheet based on the CAD editing skill level information of the worker, and stores the CAD drawing editing work skill level information. CAD drawing editing work proficiency level information 20 is read from recording medium 21 and CAD is given from the outside.
Calculate the number of days required for the CAD drawing editing work and the minimum number of days by using the number of drawing sheets created, the worker identification information of the worker engaged in the CAD drawing editing work, and the CAD drawing editing work skill level of each worker read as described above as parameters. To do.

Then, the work man-hour estimation result 23 is output to the storage recording medium 24 of the work man-hour estimation result. The contents of the storage medium of the work man-hour estimation result shown in FIG. 8 include the number of workers, worker identification information, the number of drawing sheets to be edited, and the estimated number of days until completion. This allows CA
It is possible to accurately estimate the number of days and work cost required for D drawing editing work.

When the operator identification information and the number of CAD drawing sheets to be created are input by the interactive input means shown in FIG. 9, the number of days until the CAD drawing editing work is completed is calculated from the CAD editing work skill level. The work man-hour estimation result 23 is stored in the storage device 24 for storing the work man-hour estimation result.

By the dialog input means similar to this, CAD
By inputting the number of people who can be input to the drawing editing work and the number of CAD drawing sheets to be created, the selection of workers with high CAD editing work skill to complete the work in the shortest number of days,
The shortest number of days until the completion of editing work is calculated, and as a shortest work man-hour estimation result 23, a work recording medium storage medium 24
Record to. This makes it possible to accurately calculate the shortest number of days to complete the CAD drawing editing work according to the number of input persons.

Further, in this embodiment, the completion date of the CAD drawing editing work is predicted. CAD shown in FIG.
The drawing edit completion date predicting means 27, based on the CAD editing skill level information of the worker and the progress of the CAD drawing editing work,
This is to predict the completion date of CAD drawing editing work.
From the storage medium 21 of the AD drawing editing work skill information CA
D Drawing editing work skill level information 20 is read and CA
Process management means 25 for managing the progress of D drawing editing work
C that includes the number of CAD drawing sheets not yet created from and the worker identification information of the worker engaged in the CAD drawing editing work
The AD drawing editing work progress information 26 is received.

Then, the completion date of the CAD drawing editing work is calculated using the number of uncreated CAD drawing sheets, the worker identification information, and the CAD drawing editing work skill for each worker as parameters, and this is used as the work completion portion prediction result 28. Is output to the storage medium 29 of the work completion portion prediction result. The contents of the storage medium of the work completion date prediction result shown in FIG. 11 include the work unit name,
Includes the estimated date of completion of work. In addition, as shown in FIG.
The CAD drawing editing work progress status information includes a work start date, a work completion date, and the current progress status for each work unit. This makes it possible to accurately predict the work completion date.

The application software running time measuring means 31 receives the start / end signal 30 of the application software for automatic processing from the batch processing type application software for automatically processing the CAD drawing sheet, and at the moment when the start signal is received. In addition, the time between the current time information 4 received from the clock function 3 and the current time information received from the clock function 3 at the moment when the end signal is received is 4 as the running time measurement result 32 of the application software. To 35.

Application software performance measuring means 35
Is the calculated running time of the application software 32
And using the CPU load status information 34 of the computer immediately before execution of the application software received from the CPU load status monitoring function 33 as a parameter, the actual running time of the application software excluding the delay time due to factors other than the application software is calculated, This is output as the application software performance measurement result 36 to the application software performance measurement result storage medium 37.
The contents of the recording medium of the application software performance measurement result shown in FIG. 12 include the application software name and the actual running time. As a result, the performance of the application software itself can be measured.

The method described in each of the above explanations is
As a program that can be executed by a computer, the program can be written in a storage medium such as a magnetic disk, an optical disk, or a semiconductor memory and applied to various devices, or can be transmitted by a communication medium and applied to various devices. Also, a computer that realizes these performs the above-described processing by reading the program stored in the storage medium and controlling the operation by this program.

[0048]

As described above, according to the present invention, C
When the time spent in AD drawing editing work is calculated, the input signals from the mouse / keyboard operated by the worker are monitored, so that the worker is actually working on the drawing while working on the drawing. It is possible to accurately calculate the elapsed time.

Further, the skill of CAD drawing editing work of each worker is measured from the accumulated total time data,
Since the number of days required for the CAD drawing editing work can be calculated according to the skill level, the number of days required for the CAD drawing editing work, the estimation of the work cost, and the process control can be accurately performed.

[Brief description of drawings]

FIG. 1 is a block diagram showing a configuration of a first embodiment of the present invention.

FIG. 2 is a block diagram showing a configuration including a second embodiment of the present invention.

FIG. 3 is a diagram showing the contents of a storage medium 9 of CAD drawing edit time calculation results according to the second embodiment.

FIG. 4 is a diagram showing the contents of a sheet-based total editing time tabulation result in the sheet-based total tabulation time tabulating unit 15 in the second embodiment.

FIG. 5 is a diagram showing the content of the total editing time total by worker in the total total time totaling means by worker 17 of FIG. 2 in the second embodiment.

FIG. 6 is a diagram showing the contents of a storage medium 21 of CAD drawing editing work skill level information of FIG. 2 in the second embodiment.

FIG. 7 is a diagram showing the content of warning message information 39 in FIG. 2 in the second embodiment.

FIG. 8 is a diagram of an interactive input screen of the CAD drawing editing work man-hour estimating means 22 of FIG. 2 in the second embodiment.

FIG. 9 is a diagram showing the content of a storage recording medium 24 of the work man-hour estimation result of FIG. 2 in the second embodiment.

FIG. 10 is a diagram showing the contents of CAD drawing editing work progress information 26 of FIG. 2 in the second embodiment.

FIG. 11 is a diagram showing the contents of the storage recording medium 29 of the work completion date prediction result of FIG. 2 in the second embodiment.

FIG. 12 is a diagram showing the contents of a storage recording medium 37 of the application software performance measurement result of FIG. 2 in the second embodiment.

[Explanation of symbols]

1 Computer system 2 Input signal information for CAD drawing editing 3 Clock function 4 Current time information 5 Input signal sensing means 6 Editing history information 7 CAD drawing editing time calculation means 8 CAD drawing editing time calculation result 9 CAD drawing editing time calculation result storage Recording medium 10 A plurality of computer terminals 12 connected by a network 12 A plurality of terminals data combining means 13 A CAD drawing editing time calculation result on a plurality of terminals 14 Time data and sheet identification information 15 required for CAD drawing editing work Calculation of total editing time for each sheet Means 16 Time data required for CAD drawing editing work and worker identification information 17 Total editing time by worker 18 Means 18 Time data required for CAD drawing editing work, sheet identification information and worker identification information 19 CAD drawing editing work skill Degree judging means 20 CAD drawing editing work skill level information 21 CAD drawing editing Work skill level information storage medium 22 CAD drawing editing work man-hour estimation means 23 Work man-hour estimation result 24 Work man-hour estimation result storage medium 25 Process management means 26 CAD drawing editing work progress information 27 CAD drawing editing completion date prediction means 28 Work completion date prediction result 29 Work completion date prediction result storage medium 30 Start of application software for automatic processing
End signal 31 Application software running time measuring means 32 Application software running time measuring result 33 CPU load status monitoring means 34 CPU load status information 35 Application software performance measuring means 36 Application software performance measuring result 37 Application software performance measuring result storage medium 38 Warning message information for long-term continuous OA work suppressing means 39

   ─────────────────────────────────────────────────── ─── Continued front page    (72) Inventor Naoki Morita             No. 1 Toshiba-cho, Fuchu-shi, Tokyo Toshiba Corporation             Fuchu Office F-term (reference) 5B046 BA10 CA06 GA01

Claims (10)

[Claims] 1. A CAD used in a CAD editing work process.
In the drawing editing device, the drawing editing input signal information issued from the drawing editing input device in response to the operation of the drawing editing input device connected to the computer system having the clock function, and the drawing editing input signal information are Means to judge the current time information received from the clock function at the moment when it is issued as the time when the drawing edit input signal information was issued, and uniquely identify the drawing edit input signal information, the time when it was issued and the sheet Input signal sensing means for outputting the sheet identification information described in the drawing and the operator identification information for uniquely identifying the operator who performs the drawing editing work as editing history information; The time from the time when the operator opens the drawing sheet to the time when the drawing sheet is closed based on the contents of the editing history information is taken as the time required for the drawing editing work. When the interval between the means for calculating and the drawing-editing input signal information detected during editing of the drawing sheet is open for a certain time or more, the time of the interval is excluded from the time required for the drawing-editing work previously calculated. Drawing edit time calculation means for outputting the calculated time, sheet identification information, and worker identification information as a drawing edit time calculation result to a storage medium of the drawing edit time calculation result, and the drawing edit output by the drawing edit time calculation means A CAD drawing editing work management apparatus, comprising: a drawing editing time storage result recording medium in which time calculation results are stored in an electronic medium. 2. The CAD drawing editing work management apparatus according to claim 1, wherein when drawing editing work is performed by a plurality of computer terminals connected by a network, the drawing editing time at the plurality of computer terminals is centrally managed. A plurality of terminal data combining means for combining drawing edit time calculation results output from a plurality of computer terminals and outputting the result as a drawing edit time calculation result in a plurality of terminals to a storage medium of the drawing edit time calculation results is provided. Characteristic CAD
Drawing editing work management device. 3. The CAD drawing editing work management apparatus according to claim 2, wherein time data required for a plurality of drawing editing works recorded in a storage medium of a drawing editing time calculation result and sheet identification information are stored. A sheet-based total editing time totaling means for totaling the total editing time required for reading, editing one sheet or a plurality of drawing sheets C
AD drawing editing work management device. 4. The CAD drawing editing work management device according to claim 2, wherein time data required for a plurality of drawing editing works recorded in a storage medium of the drawing editing time calculation result and worker identification information are stored. And a CAD drawing editing work management apparatus, characterized in that it comprises a total editing time totaling means for each worker, which reads in and totalizes the cumulative time engaged in the drawing editing work for each worker. 5. The drawing editing work management device according to claim 2, 3 or 4, wherein time data required for a plurality of drawing editing works recorded in a storage medium of a drawing editing time calculation result. , Sheet identification information, and worker identification information are read, the average time required for editing one drawing sheet is calculated for each worker, and this is used as drawing editing work skill level information for each worker to edit the drawing. A CAD drawing editing work management apparatus, characterized by comprising editing work skill level judging means for outputting the work skill level information to a recording medium. 6. The CAD drawing editing work management apparatus according to claim 1, wherein the editing history information is received from the input signal sensing means during the opening of the drawing sheet, and the editing history information is continuously received for a predetermined time or more. It is judged that the worker is continuing the editing work continuously for a long time, and the warning message information is output on the computer screen used by the worker for the purpose of suppressing the long-time continuous OA work. CAD including work restraining means
Drawing editing work management device. 7. The CAD drawing editing work management device according to claim 5, wherein the drawing editing work skill level information is read from a storage medium of the drawing editing work skill level information, and the number of drawing sheets created from the outside and the drawings are obtained. The number of days required for drawing editing work and the minimum number of days are calculated by using the worker identification information of the worker engaged in editing work and the drawing editing work skill level of each worker read in above as parameters, and this is used as the work man-hour estimation result. A CAD drawing editing work management apparatus comprising: a drawing editing work man-hour estimating means for outputting the work man-hour estimation result to a storage recording medium. 8. The CAD drawing editing work management device according to claim 5, wherein the drawing editing work skill level information is read from a storage medium of the drawing editing work skill level information, and the progress status of the work including the drawing editing work is displayed. The drawing editing work progress information including the number of uncreated drawing sheets and the worker identification information of the worker engaged in the drawing editing work is received from the process control means for managing, and the number of uncreated drawing sheets and the worker are received. Drawing edit completion date for calculating the completion date of the drawing edit work using the identification information and the skill level of the drawing edit work for each worker as a parameter, and outputting this to the storage medium of the prediction result of the work completion block A CAD drawing editing work management device comprising a predicting means. 9. The CAD drawing editing work management apparatus according to claim 1, which is a batch processing application software which operates on a computer system having a clock function and a CPU load status monitoring function and which automatically processes drawing sheets. Between the current time information received from the clock function at the moment of receiving the start / end signal of the automatic processing application software and the start signal and the current time information received from the clock function at the moment of receiving the end signal. The application software running time measuring means for outputting the time to the application software performance measuring means as the running time measurement result of the application software, the calculated running time of the application software and the computer immediately before the execution of the application software received from the CPU load condition monitoring function. CP Using the U load status information as a parameter, calculate the actual running time of the application software excluding the delay caused by factors other than the application software, and output this as the application software performance measurement result to the storage medium of the application software performance measurement result. A CAD drawing editing work management apparatus comprising: 10. A program for realizing a CAD drawing editing work management apparatus, which has a clock function, and which has a computer system to which a drawing editing input device is connected and a drawing editing operator's drawing editing input function. In order to realize the input signal sensing function that senses the time at the moment when you operate, and the drawing editing time calculation function that calculates the time that the operator has engaged in drawing editing work and records the calculation result in the recording medium. program.