JP2023079536A - Construction management method, system, program, apparatus, and recording medium - Google Patents

Abstract

To improve efficiency of periodic repair or inspection and improve operation quality.SOLUTION: A construction management method using a computer includes the steps of: creating, by an information processing unit (processing unit 10), two or more task management tables (26) specified with management functions, using task information recorded on a database (task information DB 24); inputting, by an information input unit (14), actual performance information for each task to a specific task management table; reflecting, by the information processing unit, the actual performance information acquired from the information input unit to one of or two or more of other task management tables; and presenting, by an information presentation unit (16), one of or two or more of the task management tables that represent transition of the actual performance information.SELECTED DRAWING: Figure 1

Description

The present disclosure relates to a management technique for managing construction plans including regular maintenance work and inspections of oil refining plants, for example.

Regular maintenance work for petroleum refining plant facilities including heat exchange systems, or preparatory work necessary for regular maintenance work, is ordered from the owner company that operates the plant to the cooperating company. In such periodic maintenance work, the operation of the plant is stopped before it is executed, so prompt processing is required, and in addition, management for security and safety, including the progress of the construction work and inspections after the periodic maintenance, is essential.

Regarding progress management of maintenance and inspection, the list creation means that receives the list creation request selects the maintenance and inspection items in the check item database, creates a checklist, distributes this checklist to the terminal device, and follows this checklist. It is known that confirmation items such as performed maintenance inspections and measurement items are taken into a server device through a terminal device, stored in a confirmation item database, and distributed to the terminal device upon request (for example, Patent Document 1).

Regarding construction progress management, in construction work, the storage means accumulates a construction plan consisting of a plurality of processes, progress information on the construction plan, and resource input plans including people and heavy machinery, and the actual information acquisition means accumulates each process. The progress rate and the resource input result are acquired, and the rate review means compares the actual rate converted from the resource input result and the planned rate converted from the resource input plan, and determines the future rate of construction. It is known that the amount of work is determined and the amount of work calculation means calculates the amount of leftovers and the amount of work based on the future commission (for example, Patent Document 2).

Regarding the progress management of construction work, we have a construction plan support system, an inspection schedule database that accumulates data related to inspection schedules, and an inspection schedule actual database that accumulates inspection progress data that integrates inspection schedules and actual results. Combined with a progress confirmation system that transmits construction progress data converted to physical quantity of construction progress to the construction plan support system, integrates the process by section and preliminary progress data, and charts showing construction progress A process chart with a lightning bolt display. is known (for example, Patent Document 3).

Japanese Unexamined Patent Application Publication No. 2004-227307 JP 2013-45308 A JP 2010-282496 A

In regular maintenance work of a heat exchange system included in a petroleum refining plant, the orderer is the owner company that operates the plant, and the contractor is the cooperating company that undertakes construction processing and management. If the target of regular maintenance work is a heat exchange system, the system includes multiple heat exchangers with different specifications, as well as a large number of parallel devices. Since turnaround work is carried out with the heat exchange system stopped, a construction period is required to minimize the period of stoppage. In addition, factors such as system specifications and costs for regular maintenance are added as considerations.

For the orderer of regular maintenance work, in addition to the progress management, inspections according to the progress are major items to be handled. In response to this, the contractor grasps the concept of the ordering party and the overall picture of the system that is subject to periodic maintenance, formulates a periodic maintenance plan, executes the construction process, and undergoes periodic inspections by the ordering party at any time. Construction is required to be completed.
Regular maintenance work includes multiple processes such as progress of construction, reporting, permission for inspection, and confirmation. For example, when regular maintenance work for one piece of equipment is completed, inspection permission is obtained from the contractor who received the completion report. I can't. This is excellent management from a safety point of view, but there are also issues such as entrusting the progress of construction to the person in charge of inspection by the ordering party. Information sharing between the ordering party and the contractor is essential, but if this is insufficient, there is a problem of inducing time loss between processes in basic points such as searching for the location of inspection equipment. .

In the management of regular maintenance work, for example, there are management types such as process, progress, and construction quality, and management sheets created for each of these are used. Therefore, even when managing one work item, it is necessary to find a management sheet for each management type and enter the same or related items in each sheet. In addition, it is necessary to manually go through a large number of steps to associate the separately created management sheets. Since a management sheet is used for each of a large number of facilities and devices in the petroleum production plant or for each management point, an enormous amount of labor is required to search for and set relationships between these.
In addition, since there are many work items in the management of regular maintenance work, there is a problem that there is a high possibility that human error will occur in reading multiple management sheets.
In addition, if the construction worker or manager takes time to check the status information such as the progress of the construction work as well as the progress of the construction work, there is a problem of delaying the construction work.

With respect to such problems, the structures disclosed in Patent Documents 1 to 3 cannot solve the problems presented by the present disclosure.

The inventor of the present disclosure relates to the management of regular maintenance work such as a heat exchange system, and by sharing performance information for each task among multiple management functions, it is possible to reduce the load such as progress management and shorten the time required for regular maintenance. In addition, the knowledge that the reliability can be improved was obtained.

Therefore, in view of the above problems and findings, an object of the present disclosure is to improve the efficiency of regular maintenance work, inspections, and the like, and to improve work quality.

In order to achieve the above object, one aspect of the construction management method of the present disclosure is a construction management method using a computer, in which an information processing unit uses task information recorded in a database to specify a task specified by a management function. an information input unit inputting performance information for each task into the specific task management table; and an information processing unit acquiring the including a step of reflecting performance information in one or more of the other task management tables; and a step of an information presenting unit presenting one or more of the task management tables representing changes in the performance information. .

In this construction management method, the information processing section includes a step of setting authority for permitting at least viewing, inputting, and revision processing for the task management table, and associating the authority with manager's rank information.

In this construction management method, the information processing unit generates the task information in the other task management table associated with the task information in the specific task management table based on the performance information or the performance information. entering the information provided.

In order to achieve the above object, one aspect of the construction management system of the present disclosure is a database storing two or more pieces of task information, and using the task information recorded in the database, the two or more pieces specified by the management function and an information input unit for inputting performance information for each task into the specific task management table, wherein the information processing unit receives the performance information acquired from the information input unit is reflected in one or more of the other task management tables.
In this construction management system, the information processing section further sets authority to permit at least viewing, inputting, and revision of the task management table, and associates the authority with the rank of the manager.

This construction management system further includes an information presenting unit that presents one or more of the task management tables representing changes in the performance information.

In order to achieve the above object, one aspect of the program of the present disclosure is a program executed by a computer, which uses task information recorded in a database to create two or more task management tables specified by the management function. a function to acquire performance information for each task in the specific task management table input by the information input unit; and a function to store the performance information acquired from the information input unit in any of the other task management tables Alternatively, the computer is caused to execute a function of reflecting on two or more and a function of presenting one or more of the task management tables representing changes in the performance information to the information presenting unit.

This program causes the computer to execute a function of setting authority for permitting at least viewing, inputting, and revision processing for the task management table, and associating the authority with manager's rank information.

In this program, a function of reading task information in other task management tables associated with task information in a specific task management table, and reading the performance information or generating input information based on the performance information and a function of inputting the performance information or the input information to the other task management table.

In order to achieve the above object, one aspect of the construction management device of the present disclosure is a construction management device that manages construction work using a computer, and includes a device housing and a storage unit that includes a database that stores two or more pieces of task information. an information processing unit that uses the task information recorded in the database to create two or more task management tables specified by the management function; and information that inputs performance information for each task into the specified task management table. an input unit, wherein the information processing unit reflects the performance information acquired from the information input unit in one or more of the other task management tables.

To achieve the above object, according to one aspect of the recording medium of the present disclosure, the database and the task management table included in the construction management method, the database and the task management table included in the construction management system, Any one or two or more of the above programs are stored.

ADVANTAGE OF THE INVENTION According to this invention, the following effects are acquired.

(1) Between the automatically generated task management tables for each management function, by reflecting the performance information entered for a specific task management table in other task management tables, the information input work load can be reduced and the plant It is possible to eliminate time loss between regular maintenance work and inspection tasks and improve work efficiency.

(2) By automatically reflecting the management results of one task between the associated task management tables, it is possible to reduce the workload of searching the task management tables and checking the input targets.

(3) The time required for regular maintenance work and preparation for inspection can be shortened, making it easier to grasp progress information in the process, and the speed up can improve the work quality of construction and inspection.

It is a figure which shows the structural example of the construction management system which concerns on 1st Embodiment. FIG. 10 is a diagram showing a task management table generation function; It is a figure which shows the reflection function of performance information by a construction management function part. FIG. 10 is a diagram illustrating an example of administrator authentication processing and granting of authority information; 3 is a diagram showing a configuration example of a task management table I; FIG. FIG. 10 is a diagram showing a configuration example of a task management table II; FIG. 10 is a diagram showing a configuration example of a task management table III; FIG. 10 is a diagram showing a configuration example of a task management table IV; FIG. 10 is a diagram showing an example of input of performance information and a state of reflection to another task management table; It is a figure which shows the structural example of attachment information. FIG. 10 is a diagram showing another example of the input of performance information and the state of reflection to other task management tables; It is a flow chart which shows an example of construction management processing. It is a figure which shows the structural example of the construction management system which concerns on 2nd Embodiment. FIG. 10 is a diagram showing an example of input of performance information and a state of reflection to another task management table; It is a flow chart which shows an example of construction management processing.

[First embodiment]
FIG. 1 shows a configuration example of a construction management system according to the first embodiment. The configuration shown in FIG. 1 is an example, and the technology of the present disclosure is not limited to such a configuration.

This construction management system 2 manages processes such as construction before inspection, inspection processing, recovery processing after that, progress, inspection results, etc. Equipped with a function to generate documents used for construction and to notify administrators who execute construction and inspections. The construction management system 2 also has a function of automatically reflecting performance information, such as construction progress and inspection results, input by the manager, to related tasks among a plurality of generated forms. A computer that constitutes the management server 4 executes the generation processing of these forms, the reflection processing of performance information, and the information sharing management processing among administrators. In this construction management system 2, for example, as shown in FIG. 1, a management server 4 and an information terminal 6 communicate with each other using a network 8 to exchange input information necessary for construction management processing and notification information such as management information. Is going.

<Management Server 4>
The management server 4 is an example of the construction management apparatus of the present disclosure, and generates a plurality of management tables used for regular maintenance work and inspection processing of plant equipment, and also exchanges construction information, inspection information, etc. between these management tables. It is a device that performs reflection processing of performance information including. The management server 4 is a computer equipped with a processor, a memory, an input/output unit (I/O), a communication unit, etc., and is composed of, for example, a processing unit 10, a storage unit 12, an information input unit 14, and an information presentation unit 16. It is
The processor is a functional unit that executes arithmetic processing of various programs such as an OS (Operating System) and a construction management program stored in the memory, and constitutes the processing unit 10 .
The memory is composed of storage elements such as ROM (Read-Only Memory) and RAM (Random-Access Memory), and is an example of the recording medium of the present disclosure. The memory includes, for example, a work area for performing arithmetic processing such as an OS and a construction management program, and also includes a storage unit 12 for storing generated tables, databases, and the like.
The input/output unit (I/O) is an interface to which the information input unit 14 and the information presentation unit 16 are connected and which takes in input information to the management server 4 and outputs information under the control of the processor.
The communication unit communicates with the information terminal 6 and an information source (not shown) under the control of the processor. This communication can be either wireless or wired.

The processing unit 10 stores information input through a table generation function unit 20 that automatically generates a management table and an information terminal 6 in a specific management table, and stores this information in a specific management table. A construction management function unit 22 is configured that includes a function of reflecting the information in the related management table.
The storage unit 12 includes, for example, a task information database (DB) 24 that stores task information representing the processes and items of regular maintenance work and inspection, and a table generation function unit 20 that stores the progress and quality of the work and inspection. A task management table 26 that manages each task information is stored.

The information input unit 14 is an example of means for inputting information directly or via the information terminal 6 to the management server 4 and authentication information such as an administrator's ID number. and information terminal 6.
The information presentation unit 16 is an example of means for displaying progress and result information of construction management and notification information such as the task management table 26, and constitutes an information presentation device such as an LCD (Liquid Crystal Display).

<Information terminal 6>
The information terminals 6 can be classified into a first terminal 30 and a plurality of second terminals 32 (=worker terminals 32-1, 32-2, . . . , 32-m) according to assigned functions. The information terminal 6 includes, for example, a mobile phone, a mobile PC (Personal Computer), and a dedicated terminal device used for inspection work. The first terminal 30 is assigned to a first manager who is in charge of quality control and inspection processing of construction work, and the second terminal 32 is assigned to a second manager who is in charge of construction work. These administrators are, for example, the plant owner, a subcontractor in charge of regular maintenance work and inspection, and a company or person who has the management authority.

The first terminal 30 includes a processing unit 302, an information presentation unit 304, an information input unit 306, etc. inside the device housing. The processing unit 302 includes a processor, a storage unit, and an input/output unit, and cooperates with the management server 4 to execute the OS and construction management program stored in the storage unit. The information presentation unit 304 includes a liquid crystal monitor or the like for displaying notification information such as the task management table 26 notified from the management server 4 . Information input unit 306 includes a keyboard, a mouse, a touch sensor, and the like.

The second terminal 32 includes, for example, a processing unit 322, an information input/presentation unit 324, and the like in the device housing. The processing unit 322 includes a processor, a storage unit, and an input/output unit, and cooperates with the management server 4 to execute the OS and construction management program stored in the storage unit. The information input/presentation unit 324 is used for information input such as information selection and information presentation. The screen portion of the information input/presentation unit 324 displays notification information related to construction/inspection, etc., in the same manner as the first terminal 30 .

<Network 8>
The network 8 is an example of means for data communication between the management server 4 and the information terminal 6 of the administrator, for example, by wire or wirelessly. This network 8 may use, for example, a public line, or a private line that is accessible only within the plant.

<Regarding the table generation function part>
FIG. 2 shows a configuration example of the table generation function unit.
For example, as shown in FIG. 2, the table generation function unit 20 uses the task information stored in the task information DB 24 to generate a task management table 26 for each set management function. In this construction management process, for example, four task management tables (I to IV) 26-1, 26-2, 26-3, 26-4 are generated for four management functions. The task management table 26 is generated for each construction management object, such as a device in the plant facility, or a component or functional component that constitutes the device.
Task information includes, for example, work processes to be performed in regular maintenance work, such as scaffolding assembly, thermal insulation dismantling, anti-corrosion coating, and repairs, and inspection processing items for plant equipment. This is an example of a management item for performing

The task information DB 24 stores all task information to be performed in regular maintenance work and inspections, and also stores device information, management function information, etc. corresponding to the task information in association with each other. Then, in the process of creating the task management table 26, the table generation function unit 20 reads, for example, task information related to the input or set device information and management function information, and stores the information in each task management table 26. .

It should be noted that although the case where the corresponding task management tables (I to IV) 26-1, 26-2, 26-3, and 26-4 are generated for the four management functions is shown here, the present invention is not limited to this. The management function may be set for each plant facility, or may be set arbitrarily by the plant owner or the construction company. You can set the number.
In addition, the table generation function unit 20 may include, for example, a task information table (not shown) and an execution task selection table used for selection processing of task information. This task information table is an example of a data table used for automatically generating the task management table 26, in which task information to be executed is collected for each management function, for example.
The execution task selection table is an example of a table for selecting task information for each device from the task information stored in the task information table.

<About the construction management function department>
FIG. 3 shows the performance information reflecting function by the construction management function unit. The number of task management tables, the contents of performance information, the reflection destination information, and the like shown in FIG. 3 are examples.
The construction management function unit 22 has a function of sharing information about performance information generated in regular maintenance work and inspections. In this construction management process, for example, as shown in FIG. 26-41 shows the state in which the performance information is reflected.
In each of the task management tables (I to IV) 26-11, 26-21, 26-31, and 26-41, for example, instruction information indicating where to reflect performance information input for task information is set. there is This instruction information is preset in the table generation function unit 20, and may be set in task information.

For example, based on the set instruction information, the construction management function unit 22 stores the inspection/permission information, which is the performance information input to the task management table I26-11, into the task management tables (II to IV) 26-21 and 26. -31, 26-41, or all of them. Also, the construction management function unit 22 stores the construction information, which is the performance information input to the task management table IV26-41, in one of the task management tables (I to III) 26-11, 26-21, and 26-31. , or reflected in all.

<Regarding administrator authority information>
FIG. 4 shows administrator authentication processing and granting of authority information. The configuration shown in FIG. 4 is an example.
In this construction management system 2, for example, when entering the premises of a plant facility, an ID (Identification) such as a name or company name is entered, or an identification card is presented to perform authentication processing. Authentication processing is also performed in the target device or target function unit. In this authentication process, it is determined whether the administrator is a person who can carry out regular maintenance work or inspections, or a person who has the authority to input performance information to the task management table 26 .

For example, as shown in FIG. 4A, an ID tag 36 is installed directly on or near the housing of the equipment 34 to be worked on. The ID tag 36 is composed of, for example, a two-dimensional code, and is read by the camera of the terminal 32 or the like to access the management server 4 or a database (not shown). Work information etc. can be obtained.
For example, when the terminal 32 that has read the ID tag 36 accesses the management server 4, the construction management function unit 22 refers to the ID information of the manager stored in the terminal 32, and also asks the manager again for authentication. information. Then, for example, when the authentication process is completed, the construction management function unit 22 grants authority according to the manager's rank. For granting this authority, for example, an authority table 38 may be used as shown in FIG. 4B. In this authority table 38, for example, rank information of authenticated managers and authority information for construction management processing are associated. This authority information indicates, for example, at least the range of executable processing in regular maintenance work and inspection, and whether or not performance information can be input to the task management table 26 .

Next, the configuration of the task management table for each function used in regular maintenance work and inspection will be described.

<Task management table I>
FIG. 5 shows a configuration example of the task management table I. As shown in FIG. The configuration shown in FIG. 5 is an example.
This task management table I is an example of an inspection progress management table used for managing the progress of inspection, for example, and a plurality of data 26-11, 26-12, . . . Prepare. The task management table I includes, for example, a task information section 40, a device name section 41, a reflection section 42, a construction information section 43, a management information input section 44, a completion monitoring section 45, and an authority section 46.

The task information section 40 is an area in which one or more pieces of task information to be inspected are stored. In this task information section 40, for example, task information B2, B3, "pre-inspection", C1, D1, . Further, classification information for classifying task information may be set in the task information section 40, for example.

The device name field 41 stores the device name of the device subject to inspection progress management.
The reflection unit 42 stores information for setting and instructing whether or not input information is mutually linked with other task management tables II, III, and IV generated for the same device. The reflecting unit 42, for example, by setting “◯” to II, III, and IV, reflects the determination result of examination progress management, date information, and the like in other task management tables II, III, and IV.
The construction information section 43 is an area in which data such as text information and photographs can be input by the manager using the information input section 14 of the management server 4 and the input functions of the information terminals 6 . The construction information section 43 may store, for example, specific work contents, inspection procedures, points to note, etc. in regular maintenance work, as well as transmission information unique to the equipment.

The management information input section 44 is an area for storing information such as the progress status of the set task information, whether the task has been completed, and the date. In this management information input section 44, for example, for each task information, the portion where performance information is reflected from other task management tables II, III, and IV is "blank", and the portion for directly inputting performance information is blank. A check box or the like may be set for .

The completion monitoring section 45 is an area into which a check result by the administrator is input as to whether or not all or a predetermined number of task information set in the task management table I have been completed.
The authority section 46 is set with necessary authority information for a person in charge who can judge completion of a task and input processing of check results to the management information input section 44 and the completion monitoring section 45 . In the construction management process, for example, when inputting information to the task management table I, if the person in charge does not have the necessary authority, the input information may be invalidated or the input of information may be prohibited.

<Task management table II>
FIG. 6 shows a configuration example of the task management table II.
This task management table II 26-2 is a process chart used, for example, for managing work schedules such as regular maintenance work and inspection processing, and includes a plurality of data 26-21, 26-22, . -2N is included. The task management table II includes, for example, a date section 50, an apparatus name section 51, a classification section 52, a task information section 53, and a process management section .

The date section 50 is set with calendar information for regular maintenance work and inspection, and includes, for example, a date entry frame.
The device name part 51 is an area for setting the name of the device to be monitored.
The classification section 52 is an example of an area in which classification information of task information is stored, and includes information indicating the stage of regular maintenance work and inspection.

The task information section 53 is an area in which process information of regular maintenance work and inspection is stored. Adjustment processing may be performed in the task information section 53 so as to vertically arrange task information that can be executed simultaneously based on the processing content while maintaining the set order, for example.
The process control unit 54 displays daily or half-day processes in the calendar information for the process execution schedule set for the task information arranged in the task information unit 53 . Although the process control unit 54 displays the task information within the frame representing the number of days, the display state is not limited to this. In the task management table II, for example, the task information in the task information section 53 is classified by color or pattern, and the same color or pattern is displayed in the frame of the process management section 54 corresponding to each task information. good. The process control section 54 also has an information input area 55 along with process and calendar information. In the information input area 55, it is possible to enter the process start date, completion date, progress status, etc. as actual information of the work process.

<Task Management Table III>
FIG. 7 shows a configuration example of the task management table III.
This task management table III26-3 is an example of a daily report that notifies, for example, daily process information of regular maintenance work and inspection processing, stores the work results, and manages the progress of the work. Each facility is composed of a plurality of data 26-31, 26-32, . . . 26-3N. The task management table III includes a header section 60, a device name section 61, a task information section 62, and a management information section 63, for example.

The header section 60 is an area for storing the headline information of the daily report, and includes, for example, information about the administrator or the person in charge of inputting information to the daily report, date information, description of information displayed in the daily report, and the like.
The device name part 61 is an area in which the name of the device to be monitored is stored.
The task information section 62 is an area in which process information of regular maintenance work and inspection, and task classification information are stored.
The management information section 63 is an area for storing the progress of task information, and stores information on construction results and inspection results as schedule information by the manager, completion dates, construction start permission information from the plant owner, and the like. In the schedule information, for example, codes are assigned to "new" indicating the start of a process, "continuing" indicating that the process is in progress, and "completion" indicating the end of the process.

<Task Management Table IV>
FIG. 8 shows a configuration example of the task management table IV.
This task management table IV26-4 is a construction quality management table that stores, for example, monitoring results of regular maintenance work and inspection processing, and includes a plurality of data 26-41, 26-42, . 26-4N included. The task management table IV includes, for example, a classification section 70, a task information section 71, a confirmation content section 72, an inspection content section 73, a start information section 74, a monitoring result section 75, and an authority section .

The classification section 70 is an example of an area in which classification information of task information is stored, and includes information indicating stages of regular maintenance work and inspection.
The task information section 71 is an area in which process information of regular maintenance work and inspection is stored.
The confirmation content section 72 is an information transmission area in which maintenance work, process content and precautions in inspections can be entered. The confirmation content section 72 stores, for example, text information such as the content of instructions given by the manager to the person in charge of the work, past regular maintenance work, and items pointed out in inspections.

The inspection content part 73 stores instruction information that designates execution means in inspection processing. This instruction information includes, for example, "visual observation", which is an instruction for the administrator to directly view or activate the camera of the information terminal 6 to check the captured image, and "documents" to be checked in a report or the like. included. The information in the inspection content section 73 includes, for example, instruction information to the information terminal 6 that has read the task management table IV. good.
The start information part 74 is an area for storing the start date of regular maintenance work and inspection, and in addition to storing the date information of the check, the name of the person in charge or the company of the manager may be recorded.
The monitoring result section 75 is an area for storing check results of regular maintenance work and inspections. The monitoring result part 75 includes, for example, a part directly input by an administrator and a part reflecting information input to other task management tables I, II, and III.
The authority section 76 is set with authority information of a person in charge who can judge completion of a task and input processing of check results to the monitoring result section 75 . In the construction management process, for example, in information input to the task management table IV, if the person in charge does not have the necessary authority, the input information may be invalidated or the information input prohibited.

<Enter performance information>
FIG. 9 shows how performance information is input and how it is reflected in other task management tables. The processing content shown in FIG. 9 is an example.
Here, a case is shown in which quality check and completion record information in a specific process are input to the task management table IV.
The construction management function unit 22 notifies the task management table IV when, for example, an administrator who carries out regular maintenance work and confirms the quality and completion of each task information accesses through the second terminal 32, and notifies the task management table IV. Enable information entry for each information. In the task management table IV, for example, as shown in FIG. 9A, the construction start date is input to the start information section 74 for each task information, and the monitoring result section 75 contains information indicating the completion of quality confirmation of the construction work. Performance information RA, RB, etc. such as dates are input. The quality control processing for this periodic maintenance work is executed in the order of the set task information, and when the construction or inspection for one piece of task information is completed, the process proceeds to the next task information.
In the quality check, the instruction information 80 of the inspection content section 73 is read out for each task information, and the monitoring process is performed according to the specified content. Here, based on the "visual inspection" instruction, the administrator checks the quality with the naked eye, and activates the camera of the second terminal 32 to record the image of the monitored object such as the device or its functional unit.

The construction management function unit 22 reads, for example, quality confirmation result information RA and RB input to the task management table IV, and also creates a task management table for managing the construction process based on preset reflection destination instruction information. Read II. Then, as shown in FIG. 9B, the construction management function unit 22 analyzes the acquired performance information RA and RB, generates performance information representing period information in a bar graph, and reflects it in the information input area 55 . This period information may be generated using, for example, the construction start date and the completion date of the performance information RA and RB that are input in quality control for each task information. Further, when the period information based on the performance information RA and RB is reflected, the construction management function unit 22 uses the date or day of the week information such as the calendar function to link the next task information scheduled to be executed on the same day or day of the week. , a so-called lightning line 81 may be generated and displayed.

Further, the construction management function unit 22 reads the task management table III used for managing the progress of the work based on, for example, preset reflection destination instruction information, and reflects the quality confirmation performance information RA and RB. For example, as shown in FIG. 9C, the construction management function unit 22 refers to the task information set in the task information unit 62, and inputs the acquired performance information RA, RB, etc. to the management information unit 63. FIG.

The quality confirmation record information RA and RB includes date information and attached information 82 generated based on the instruction information of the inspection content section 73 . For example, as shown in FIG. 10, the attached information 82 includes an image portion 84 captured by the second terminal 32, and an information portion 86 including the device name of the target device, task information, date, administrator name, and the like. be done. The attached information 82 may be generated by the construction management function unit 22 using, for example, the second terminal 32 or data acquired from the second terminal 32 .

<Enter other performance information>
FIG. 11 shows the reflection processing of performance information input to another task management table. The processing contents and configuration shown in FIG. 11 are examples.
Here, for example, the case of inputting performance information of inspection results to the task management table I26-1 is shown.
The construction management function unit 22 notifies the task management table I when, for example, an inspection manager accesses through the first terminal 30, and enables information input for each task information. In the task management table I, for example, as shown in FIG. 11A, performance information RC such as clicking of a check box indicating completion of inspection is input for each task information.

The construction management function unit 22 reads, for example, the inspection completion result information RC input to the task management table I, and reads the task management table IV for managing the construction process based on the preset instruction information of the destination to be reflected. . Also, the construction management function unit 22 acquires date and time information when the performance information RC is input to the task management table I using, for example, the calendar function and timer function of the management server 4 and an external database. Then, as shown in FIG. 11B, for example, the construction management function unit 22 analyzes the acquired performance information RC, identifies the same or associated task information set in the task management table IV, and monitors the results. 75, the date and time information based on the performance information RC, the information of the administrator who performed the inspection, etc. are automatically input.

When performance information RA, RB, RC is input to a specific task management table by an administrator, and the performance information RA, RB, RC is reflected in another task management table, the construction management function unit 22 Notification information is transmitted to the information terminal 6 of the set administrator for the task management table whose content has changed or for all task management tables.

<About construction management processing>
FIG. 12 shows the processing procedure of construction management processing. The processing shown in FIG. 12 is an example of the construction management method and program of the present disclosure, and the technology of the present disclosure is not limited to such processing contents and processing procedures.
For example, as shown in FIG. 12, this construction management processing includes task information reading processing (S101), task management table generation processing (S102), manager authentication processing (S103), authority association with the manager. processing (S104), input confirmation processing of performance information (S105), confirmation processing of input authority (S106), confirmation processing of reflection instruction (S107), reflection processing of performance information (S108), notification and display processing of task management table (S109) and task completion confirmation processing (S110).

The management server 4 executes the construction management program and starts up the table generation function unit 20 with the information set about regular maintenance work and inspections or the input operation by the administrator as a trigger. When the table generation function unit 20 accesses the task information DB 24, for example, it reads the name of the equipment to be monitored, its type information, and task information for regular maintenance work and inspection associated with plant information (S101). , task information, device information, and setting conditions such as types and numbers of management functions T1 to Tn are used to create task management tables (I to IV) 26-1, 26-2, 26-3, and 26-4. Generate (S102).

The management server 4 executes the construction management program based on the instruction to start regular maintenance work and inspection, and starts up the construction management function unit 22 . The construction management function unit 22 authenticates the manager by using the manager's identification information and rank information acquired through the information terminal 6 (S103), reads the authority table 38, and checks the manager's rank information. Association including granting of authority is performed (S104).
The construction management function unit 22 monitors whether performance information such as construction content monitoring and inspection results has been input to a specific task management table from the manager's information terminal 6 (S105). If the construction management function unit 22 determines that performance information has been input to a specific task management table (YES in S105), the construction management function unit 22 takes in the identification information of the manager who has input the performance information, and determines whether or not the administrator has authority for the input operation. (S106). If there is no input authority (NO in S106), the input performance information is invalidated, and the system waits until a person who has the input authority inputs the performance information.
When confirming the administrator's input authority (YES in S106), the construction management function unit 22 confirms whether the task information to which the performance information is input or whether an instruction to reflect the information is set in the task management table (S107). . If the reflection instruction is set (YES in S107), the construction management function unit 22 reads the instruction information and the other task management table set in the instruction information, and reads the other task management table 26 as the reflection destination. information based on the performance information is generated based on the content of management using , and is reflected in another task management table 26 (S108). Then, for example, when the reflection instruction is not set in the task management table 26 (NO in S107) or when reflection of the performance information to another task management table 26 is completed, the construction management function unit 22 sends the information terminal 6 of the manager In response, display processing for notification and update of the task management table 26 is performed (S109).

In the construction management process, it is determined whether or not regular maintenance work and inspection have been completed for all tasks (S110). If all tasks have been completed (YES in S110), this process ends. On the other hand, in the construction management process, if there is task information indicating the next process in a specific task management table, that is, if all tasks have not been completed (NO in S110), the process waits until the performance information is input. .

[Effect of the first embodiment]
According to such a configuration, one of the following effects can be obtained.

(1) It is possible to automatically generate a task management table for each management function, and to automatically reflect performance information entered in a specific task management table in other related task management tables.

(2) Task information and instruction information set in the task management table can be read, and the performance information can be automatically reflected in other task management tables by the management server 4, so that search of the task management table and collation of task information can be performed. It is possible to reduce the workload such as

(3) By automatically reflecting performance information between task management tables, it is possible to prevent human errors such as selection errors and input errors in task information collation work and performance information input work, so construction management is improved. Improves process reliability.

[Second embodiment]
FIG. 13 shows a configuration example of a construction management system according to the second embodiment. The configuration shown in FIG. 13 is an example, and the technology of the present disclosure is not limited to such content. In addition, in FIG. 13, the same reference numerals are assigned to the same configurations as in FIG. 1, and the description thereof is omitted.
In this construction management system 2, for example, as shown in FIG. 13, both the first manager and the second manager confirm the quality and the completion of each task information in regular maintenance work and inspection processing. Alternatively, a case is shown in which inspection processing is performed and the task is completed by inputting performance information. Therefore, the construction management system 2 acquires input information and authentication information from the terminals 30 and 32, respectively, and presents a management screen including the task management table 26 to each terminal 30 and 32, and alert information prompting execution of tasks. to notify you. This alert information may be sent to, for example, an e-mail address held by each manager, or may use the alarm function of a clock or schedule application stored in the terminals 30 and 32, or may be sent in the order of construction management processing. The task management table 26 may be notified and displayed on the display section when the task management table 26 is displayed.

<Enter performance information>
FIG. 14 shows the input state of performance information. The processing content shown in FIG. 14 is an example.
Here, a case is shown in which quality check and completion record information in a specific process are input to the task management table IV.
The construction management function unit 22 notifies the task management table IV26-4 when, for example, a second manager who carries out maintenance work and quality confirmation and completion confirmation for each task information accesses through the terminal 32. , to enable information entry for each task information. In the task management table IV, for example, as shown in FIG. 14A, the construction start date is input to the start information section 74 for each task information, and the monitoring result section 75 contains information indicating the completion of quality confirmation of the construction work. Performance information RA, RB, etc. such as dates are input. The task management table IV also includes an input section 90 for allowing the first administrator to input performance information. For example, when the second administrator inputs the record information RB, the input unit 90 may cause part or all of the input unit 90 to blink or change color as a process to indicate a change in management authority.

For example, when confirming the input of the performance information RB by the second manager, the construction management function unit 22 notifies the first terminal 30 of the alert information to notify that the task information confirmation process will be performed, and the task The management table IV is displayed on the first terminal 30 .
For example, when the first manager accesses through the terminal 30 in response to the alert notification, the construction management function unit 22 notifies the task management table IV after performing the authentication process, and asks for information input for each task information. enable. In the task management table IV, for example, as shown in FIG. 14B, performance information RD is input to the input unit 90 by the first administrator. This performance information RD may be, for example, information or date indicating the completion of quality confirmation of construction works like the other performance information RA and RB, or in addition to this, the completion of the current task information and the next task information. It may be a check mark or the like indicating the transition of .

Here, regarding the input processing of confirmation of construction work or inspection results, a case is shown in which performance information is input in the order of the second manager and then the first manager, but the present invention is not limited to this. The first administrator may enter the performance information first.

In the construction management process, when the performance information RB and RD by the first manager and the second manager are input, either or both of these information are input to another task management table, and the information is shared. be done. The result information RB and RD may be reflected in any one of the task management tables I, II, and III, or a combination of two or more, as described above.

<About construction management processing>
FIG. 15 shows the processing procedure of construction management processing. The processing shown in FIG. 15 is an example of the construction management method and program of the present disclosure, and the technology of the present disclosure is not limited to such processing contents and processing procedures. In FIG. 15, detailed description of the same parts as the processing contents shown in FIG. 12 is omitted.

For example, as shown in FIG. 15, this construction management processing includes task management table generation processing (S201), second manager authentication processing (S202), task management table notification processing (S203), performance information Acquisition processing (S204), input authority confirmation processing (S205), notification processing to the first terminal 30 (S206), first administrator authentication processing (S207), task management table notification processing (S208), It includes a process of acquiring performance information (S209), a process of reflecting to another task management table (S210), a notification and display process of the task management table (S211), and a process of shifting to the next task (S212).

The management server 4 activates the table generation function unit 20, and generates task management tables (I to IV) using the set monitoring target device name and its type information, and the task information stored in the task information DB 24. Generate (S201).
When the management server 4 starts up the construction management function unit 22 by executing the construction management program, the management server 4 authenticates the second manager based on the identification information and rank information of the second manager acquired through the second terminal 32 (S202). The task management table of the management function received is notified (S203). This authentication processing also includes the granting of the authority to input performance information according to the rank information included in the administrator's identification information.
The construction management function unit 22 acquires the performance information input from the second terminal 32 (S204), and when confirming that the administrator who has the input authority has input (YES in S205), the first terminal 30 In response, notification processing such as alert information is performed (S206). In addition, when the input is made by a person without input authority (NO in S205), the construction management function unit 22 invalidates the input performance information and waits until the performance information is input by a person who has the input authority. Just do it.

The construction management function unit 22 authenticates the first manager based on the identification information and rank information of the first manager acquired through the first terminal 30 (S207), and notifies the task management table of the set management function (S208). . When the construction management function unit 22 acquires the performance information input from the first terminal 30 (S209), based on the reflection instruction information, one or both of the performance information or information generated using these performance information is reflected in another task management table (S210).
The construction management function unit 22 notifies or displays the task management table in which the performance information is input to either or both of the first terminal 30 and the second terminal 32 (S211). After regular maintenance work and inspection processing, the routine proceeds to the next task (S212).

[Effect of Second Embodiment]
According to such a configuration, the following effects are obtained.

(1) An effect similar to that of the first embodiment can be obtained.
(2) Even if more than one manager confirms the content and completion of regular maintenance work and inspections, the input of performance information by one manager will trigger alert information to be sent to the other managers. Prompt execution of the management process can improve the speed of the process.
(3) By allowing multiple administrators to confirm the details of construction work and inspections and input performance information, it is possible to precisely manage the execution status of task processing and improve the quality of construction and inspection tasks.

[Other embodiments]
Modifications of the embodiment described above are listed below.

(1) In the above embodiments, regular maintenance work and inspections of plant equipment are described, but the technology of the present disclosure can be widely used in various constructions and inspections, and is not limited to the contents of the above embodiments.

(2) In the construction management system of the present disclosure, the management server 4 is made independent of the information terminal 6, but this is not the only option. In the construction management system 2, for example, the processing section, the input/output section, and the information presentation section that constitute the system may be mounted in one device housing, and the construction management system may be configured with the information terminal 6 described above.

(3) In the above implementation, the case where the first manager is the plant owner and the second manager is the cooperating company that performs the construction was shown, but this is not the only option. Both the first manager and the second manager may be cooperating companies for regular maintenance work and inspection of plant equipment. For example, if both of these subcontractors have the authority to perform periodic maintenance work and inspections, or if each performs only one of periodic maintenance work or inspections, or if one of the managers only performs confirmation processing for construction or inspection may be performed.

As described above, the most preferred embodiments and the like of the technology of the present disclosure have been described. The technology of the present disclosure is not limited to the above description. Various modifications and changes can be made by those skilled in the art based on the gist described in the claims or disclosed in the detailed description. It goes without saying that such modifications and changes are included in the technical scope of the present disclosure.

According to the configuration of the present disclosure, it is possible to automatically generate a plurality of task management tables for each management function in regular maintenance work and inspection processing for plant equipment and equipment, and the performance information entered into a specific management table can be used by other Since it can be automatically reflected in the task management table of , it is possible to reduce the workload such as searching for related task information and inputting to multiple task management tables, and to prevent incorrect input of performance information. Useful.

2 construction management system 4 management server 6 information terminal 8 network 10, 302, 322 processing unit 12 storage unit 14, 306 information input unit 16, 304 information presentation unit 20 table generation function unit 22 construction management function unit 24 task information DB
26, 26-1, 26-2, 26-3, 26-4, 26-11, 26-12, ... 26-1N, 26-21, 26-22, ... 26-2N, 26- 31, 26-32, ... 26-3N, 26-41, 26-42, ... 26-4N Task management table 30 First terminal 32, 32-1, 32-m Second terminal 324 Information Input/presentation unit 34 device 36 ID tag 38 authority table 40, 53, 62, 71 task information unit 41, 51, 61 device name unit 42 reflection unit 43 construction information unit 44 management information input unit 45 completion monitoring unit 46 authority unit 50 Date section 52, 70 Classification section 54 Process control section 55 Information input area 60 Header section 63 Management information section 72 Confirmation content section 73 Inspection content section 74 Start information section 75 Monitoring result section 76 Authority section 80 Instruction information 81 Lightning line 82 Attached information 84 image section 86 information section 90 input section

Regarding the progress management of construction work, we have a construction plan support system, an inspection schedule database that accumulates data related to inspection schedules, and an inspection schedule actual database that accumulates inspection progress data that integrates inspection schedules and actual results. Combined with a progress confirmation system that transmits construction progress data converted to physical quantity of construction progress to the construction plan support system, integrates the construction progress data with the process by section, and charts the progress chart with a lightning bolt display that shows the construction progress. is known (for example, Patent Document 3).

For the orderer of regular maintenance work, in addition to the progress management, inspections according to the progress are major items to be handled. In response to this, the contractor grasps the concept of the ordering party and the overall picture of the system that is subject to periodic maintenance, formulates a periodic maintenance plan, executes the construction process, and undergoes periodic inspections by the ordering party at any time. Construction is required to be completed.
Regular maintenance work includes multiple processes such as progress of construction, reporting, permission for inspection, and confirmation. For example, when regular maintenance work for one piece of equipment is completed, inspection permission is obtained from the ordering party who received the completion report. I can't. This is excellent management from a safety point of view, but there are also issues such as entrusting the progress of construction to the person in charge of inspection by the ordering party. Information sharing between the ordering party and the contractor is essential, but if this is insufficient, there is a problem of inducing time loss between processes in basic points such as searching for the location of inspection equipment. .

In order to achieve the above object, one aspect of the program of the present disclosure is a program executed by a computer, which uses task information recorded in a database to create two or more task management tables specified by the management function. a function to acquire performance information for each task input to a specific task management table by an information input unit; and a function of presenting, to the information presenting unit, any one or more of the task management tables representing changes in the performance information.

It is a figure which shows the structural example of the construction management system which concerns on 1st Embodiment. FIG. 10 is a diagram showing a task management table generation function; It is a figure which shows the reflection function of performance information by a construction management function part. FIG. 10 is a diagram illustrating an example of administrator authentication processing and granting of authority information; 3 is a diagram showing a configuration example of a task management table I; FIG. FIG. 10 is a diagram showing a configuration example of a task management table II; FIG. 10 is a diagram showing a configuration example of a task management table III; FIG. 10 is a diagram showing a configuration example of a task management table IV; FIG. 10 is a diagram showing an example of input of performance information and a state of reflection to another task management table; It is a figure which shows the structural example of attached information . FIG. 10 is a diagram showing another example of the input of performance information and the state of reflection to other task management tables; It is a flow chart which shows an example of construction management processing. It is a figure which shows the structural example of the construction management system which concerns on 2nd Embodiment. FIG. 10 is a diagram showing an example of input of performance information and a state of reflection to another task management table; It is a flow chart which shows an example of construction management processing.

(3) In the above embodiment , the first manager is the plant owner, and the second manager is the cooperating company that performs the construction work, but this is not the only option. Both the first manager and the second manager may be cooperating companies for regular maintenance work and inspection of plant equipment. For example, if both of these subcontractors have the authority to perform periodic maintenance work and inspections, or if each performs only one of periodic maintenance work or inspections, or if one of the managers only performs confirmation processing for construction or inspection may be performed.

In order to achieve the above object, one aspect of the construction management method of the present disclosure is a construction management method executed by a computer, wherein an information processing unit of the computer selects a management task from task information recorded in a database. a step of extracting task information specified as a management target for each function and creating two or more task management tables; a step in which the information processing unit reflects the performance information acquired from the information input unit in one or more of the other task management tables; and a step in which the information presentation unit of the computer reflects the performance information presenting one or more of the task management tables representing the transition.

In order to achieve the above object, one aspect of the construction management system of the present disclosure includes a database storing two or more pieces of task information, and among the task information recorded in the database, specified as a management target for each management function. an information processing unit that extracts the task information obtained and creates two or more task management tables; and an information input unit that inputs performance information for each task into a specific task management table, wherein the information processing unit The performance information acquired from the information input unit is reflected in one or more of the other task management tables.
In this construction management system, the information processing section further sets authority to permit at least viewing, inputting, and revision of the task management table, and associates the authority with the rank of the manager.

In order to achieve the above object, one aspect of the program of the present disclosure is a program executed by a computer, which extracts task information specified as a management target for each management function from task information recorded in a database. a function of creating two or more task management tables by doing so , a function of acquiring performance information for each task input to a specific task management table by an information input unit, and the performance information acquired from the information input unit to one or more of the other task management tables, and a function of presenting one or more of the task management tables representing changes in the performance information to an information presentation unit. Let

In order to achieve the above object, one aspect of the construction management device of the present disclosure is a construction management device that manages construction work using a computer, and includes a device housing and a storage unit that includes a database that stores two or more pieces of task information. an information processing unit that extracts task information specified as a management target for each management function from among the task information recorded in the database, and creates two or more task management tables; and a specific task management table. and an information input unit for inputting performance information for each task, and the information processing unit reflects the performance information acquired from the information input unit in one or more of the other task management tables.

In order to achieve the above object, according to one aspect of the recording medium of the present disclosure, any one of the above programs is stored.

Claims (11)

A construction management method using a computer,
a step in which the information processing unit uses the task information recorded in the database to create two or more task management tables specified by the management function;
an information input unit inputting performance information for each task into the specific task management table;
a step in which the information processing unit reflects the performance information acquired from the information input unit in one or more of the other task management tables;
an information presenting unit presenting one or more of the task management tables representing changes in the performance information;
A construction management method comprising: 2. The construction management according to claim 1, wherein said information processing section includes a step of setting authority to permit at least viewing, inputting, and revision processing for said task management table, and associating said authority with manager's rank information. Method. The information processing unit inputs the performance information or information generated based on the performance information to the task information in the other task management table associated with the task information in the specific task management table. process and
The construction management method according to claim 1 or 2, comprising: a database storing two or more pieces of task information;
an information processing unit that uses the task information recorded in the database to create two or more task management tables specified by the management function;
an information input unit for inputting performance information for each task into the specific task management table;
wherein the information processing unit reflects the performance information acquired from the information input unit in one or more of the other task management tables. 5. The construction management according to claim 4, wherein the information processing unit sets authority to permit at least viewing, inputting, and revision of the task management table, and associates the authority with a manager's rank. system. 6. The construction management system according to claim 4, further comprising an information presentation unit that presents one or more of the task management tables representing changes in the performance information. A program executed by a computer,
A function to create two or more task management tables specified by the management function using task information recorded in the database;
a function of acquiring performance information for each task in the specific task management table input by the information input unit;
a function of reflecting the performance information acquired from the information input unit in one or more of the other task management tables;
a function of presenting one or more of the task management tables representing transitions of the performance information to an information presentation unit;
A program for causing the computer to execute. 8. The program according to claim 7, for causing the computer to execute a function of setting an authority permitting at least viewing, inputting, and revising of the task management table, and associating the authority with manager's rank information. a function of reading task information in other task management tables associated with task information in a specific task management table;
a function of reading the performance information or generating input information based on the performance information;
a function of inputting the performance information or the input information to the other task management table;
9. The program according to claim 7 or 8, for causing said computer to execute: A construction management device for managing construction by a computer,
a device housing;
a storage unit comprising a database storing two or more pieces of task information;
an information processing unit that uses the task information recorded in the database to create two or more task management tables specified by the management function;
an information input unit for inputting performance information for each task into the specific task management table;
wherein the information processing unit reflects the performance information acquired from the information input unit in one or more of the other task management tables. The database and the task management table included in the construction management method according to any one of claims 1 to 3, and the database and the task management table included in the construction management system according to claims 4 to 6. A recording medium storing a task management table and one or more of the programs according to claims 7 to 9.

Images