WO2023181269A1 - Inspection plan creation support system, server, and inspection plan creation program - Google Patents

Inspection plan creation support system, server, and inspection plan creation program Download PDF

Info

Publication number
WO2023181269A1
WO2023181269A1 PCT/JP2022/014011 JP2022014011W WO2023181269A1 WO 2023181269 A1 WO2023181269 A1 WO 2023181269A1 JP 2022014011 W JP2022014011 W JP 2022014011W WO 2023181269 A1 WO2023181269 A1 WO 2023181269A1
Authority
WO
WIPO (PCT)
Prior art keywords
equipment
information
inspection
server
aging
Prior art date
Application number
PCT/JP2022/014011
Other languages
French (fr)
Japanese (ja)
Inventor
慎悟 渕上
和也 佐々木
理司 梅崎
広志 楢崎
圭 内海
Original Assignee
三菱電機株式会社
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 三菱電機株式会社 filed Critical 三菱電機株式会社
Priority to JP2024509587A priority Critical patent/JPWO2023181269A1/ja
Priority to PCT/JP2022/014011 priority patent/WO2023181269A1/en
Publication of WO2023181269A1 publication Critical patent/WO2023181269A1/en

Links

Images

Classifications

    • G—PHYSICS
    • G05—CONTROLLING; REGULATING
    • G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
    • G05B23/00—Testing or monitoring of control systems or parts thereof
    • G05B23/02—Electric testing or monitoring

Definitions

  • the present disclosure relates to an inspection plan creation support system, a server, and an inspection plan creation program that support the creation of an inspection plan for equipment.
  • Maintenance work is carried out on electrical equipment to prevent power outage accidents and ensure a safe supply of electricity.
  • Maintenance work includes inspection work of electrical equipment by workers, maintenance work of electrical equipment by workers, and planning of inspection plans for electrical equipment by electrical equipment managers.
  • Patent Document 1 describes a plurality of cubicle devices installed inside a cubicle-type high-voltage power receiving equipment and equipped with a plurality of units that acquire sound, odor, temperature, images, etc., and a plurality of cubicle devices that are installed inside a cubicle-type high-voltage power receiving equipment, and each information is transmitted from the cubicle device via a network.
  • An automatic cubicle security inspection system is disclosed, which comprises: an alarm output device for acquiring the information;
  • Patent Document 2 describes a measuring device that is installed at a predetermined position within an area where the equipment is arranged, and that is installed in equipment that is subject to inspection of its own equipment that is located in a predetermined area around the equipment.
  • a data collection device that collects measured values representing the condition of the equipment measured by the data collection device, and an inspection book that shows the inspection items to be performed on the equipment belonging to the data collection device after acquiring the measured values collected by the data collection device.
  • a patrol inspection system is disclosed that includes a patrol inspection device that reflects the acquired measured values in the inspection results of the vehicle.
  • Patent Document 1 the cubicle automatic safety inspection system described in Patent Document 1 needs to be equipped with a wide variety of sensors in order to replace inspection using the operator's five senses, resulting in a complicated configuration and control. was there.
  • the patrol inspection system described in Patent Document 2 performs inspections using Time Based Maintenance (TBM), which performs periodic inspections regardless of the presence or absence of a failure, so inspections may not be performed excessively frequently.
  • TBM Time Based Maintenance
  • This disclosure has been made in view of the above, and includes information that uses a simple configuration to determine that equipment is in a state that requires maintenance and inspection, and requests implementation of inspection work for equipment that requires inspection.
  • the purpose of this study is to obtain an inspection plan creation support system that can generate inspection plans.
  • the inspection plan creation support system is capable of communicating with a server, measures the operating status of equipment, and transmits operating data that is the measurement result. and an equipment measuring device that transmits data to the server.
  • the server has equipment specification information that is information about equipment specifications, equipment operation information that is information that shows the operating status of equipment and is made up of operation data, and information that evaluates equipment that will suffer major damage in the event of equipment failure.
  • the apparatus includes an aging information processing unit that calculates an aging score, which is information indicating the level of deterioration of the equipment, based on equipment importance information and equipment maintenance information, which is information regarding equipment maintenance of the equipment.
  • the server includes an inspection plan processing unit that generates inspection request information requesting implementation of equipment inspection work based on the aging score, and a communication unit that communicates with devices external to the server.
  • the inspection plan creation support system with a simple configuration, it is determined that equipment is in a state that requires maintenance and inspection, and information is generated that requests implementation of inspection work for equipment that requires inspection. It has the effect that it is possible.
  • FIG. 1 A diagram showing the flow of information related to processing in the inspection plan creation support system according to Embodiment 1.
  • Flowchart showing an example of maintenance inspection information processing of the inspection plan creation support system according to the second embodiment A diagram showing an example of a hardware configuration of an inspection information terminal according to Embodiment 1 or 2.
  • FIG. 1 is a diagram showing an example of the configuration of an inspection plan creation support system 100 according to the first embodiment.
  • the inspection plan creation support system 100 includes an inspection information terminal 1, which is a terminal for displaying or inputting information regarding inspection plans and records of inspection results performed by inspection workers who are in charge of maintenance and inspection work for equipment;
  • the equipment includes an equipment measuring device 2, which is a device installed around the installed location to obtain information on the operating status of the equipment, and a server 3 of a service provider.
  • the inspection plan creation support system 100 also includes an inspection information terminal 1 used by the user.
  • the server 3 communicates with each of the inspection information terminal 1 and the equipment measuring device 2 via the network 4.
  • the server 3 determines that the equipment to be inspected, which is the equipment to be inspected during equipment maintenance, is in a state that requires maintenance and inspection, and executes the inspection work for the equipment that requires inspection. By generating inspection request information indicating a request and transmitting the inspection request information to the inspection information terminal 1, it supports planning of an inspection plan for the equipment.
  • the inspection information terminal 1 and the equipment measuring device 2 are used in an environment where communication via the network 4 is possible.
  • An inspection worker accesses a server 3 established by a service provider via a network 4 from an inspection information terminal 1.
  • FIG. 2 is a diagram showing an example of the configuration of the inspection information terminal 1 included in the inspection plan creation support system 100 according to the first embodiment.
  • the inspection information terminal 1 is, for example, a personal computer such as a desktop personal computer. Further, as the inspection information terminal 1, a general-purpose mobile terminal such as a smartphone, a tablet terminal, or a notebook can be used.
  • the inspection information terminal 1 includes a maintenance and inspection information processing program that inputs, stores, and transmits maintenance and inspection information for equipment in order to realize a support function for drawing up an inspection plan for equipment in the inspection plan creation support system 100. Installed.
  • the inspection information terminal 1 executes processing related to inputting, storing, and transmitting equipment maintenance/inspection information to the server 3 in order to support planning of an inspection plan for the equipment.
  • the inspection information terminal 1 includes a terminal communication section 11, an equipment maintenance information storage section 12, an equipment maintenance information processing section 13, a display section 14, an input section 15, a terminal storage section 16, a terminal control section 17, Equipped with Each component of the inspection information terminal 1 described above is capable of transmitting and receiving information to and from each other.
  • the terminal communication unit 11 communicates with devices external to the inspection information terminal 1.
  • the terminal communication unit 11 is connected to the network 4 by wired communication or wireless communication.
  • the terminal communication unit 11 transmits and receives data to and from the server 3 via the network 4.
  • the equipment maintenance information storage unit 12 stores equipment maintenance information that is information related to equipment maintenance of equipment.
  • Equipment maintenance includes not only equipment inspection but also equipment maintenance such as replacing equipment parts and updating the equipment itself.
  • Equipment maintenance information is information related to equipment maintenance of equipment, and includes inspection record information and maintenance record information.
  • the inspection record information is information about the inspection of the equipment to be inspected, which is the equipment to be inspected for maintenance.
  • Inspection record information includes information on inspection points and inspection items that are predetermined for equipment that is subject to maintenance and inspection for equipment management, and inspection results that are information on the results of inspections.
  • the information includes the following information.
  • the inspection record information is input and stored in an inspection table stored in the equipment maintenance information storage section 12.
  • the inspection record information is created by the inspection worker when the inspection worker conducts the equipment inspection, and information on the inspection date and inspection results is input into the inspection information terminal 1 using the input unit 15, and the inspection record information is created by the inspection worker when the inspection worker conducts the equipment inspection. recorded in the table.
  • the maintenance record information is information about the maintenance of the equipment to be inspected.
  • the maintenance record information is information including information on replacing parts of equipment or information on updating equipment.
  • the maintenance record information is input and stored in a maintenance table stored in the equipment maintenance information storage section 12.
  • Maintenance record information is created by an inspection worker when the inspection worker replaces a part of equipment or updates the equipment itself, and includes the date of part replacement, the content of the part replacement, and the date of update of the equipment itself. Information such as update details of the equipment itself and updates are input using the input unit 15 and recorded in the maintenance table.
  • the equipment maintenance information processing unit 13 processes information related to equipment maintenance of equipment, and performs processing such as inputting, storing, and transmitting equipment maintenance information.
  • the equipment maintenance information processing unit 13 acquires the inspection record information or maintenance record information stored in the equipment maintenance information storage unit 12 and causes the display unit 14 to display the acquired inspection record information or maintenance record information. Additionally, the equipment maintenance information processing unit 13 transmits the inspection record information or maintenance record information acquired from the equipment maintenance information storage unit 12 to the server 3 via the terminal communication unit 11. Specifically, the equipment maintenance information processing unit 13 acquires inspection record information or maintenance record information from the equipment maintenance information storage unit 12, and creates transmission data of the acquired inspection record information or maintenance record information. The equipment maintenance information processing unit 13 transmits the created transmission data to the server 3 via the terminal communication unit 11.
  • the equipment maintenance information processing unit 13 acquires inspection plan information from the server 3 and stores the inspection plan information in the equipment maintenance information storage unit 12.
  • the inspection plan information includes information on the equipment to be inspected, scheduled inspection date information that is information on the next scheduled inspection date of the equipment to be inspected, and inspection type information that is information on the type of inspection of the equipment to be inspected. This is information on the inspection plan for the equipment to be inspected.
  • the information on the equipment to be inspected includes equipment installation position information, which is information on the position where the equipment is installed.
  • the inspection type information includes information on the type of inspection carried out in a daily patrol inspection, which is an inspection carried out on a daily basis, and information on the type of inspection carried out in a periodic inspection carried out periodically.
  • the display unit 14 is realized by a display device such as a liquid crystal display or an organic electroluminescence (EL) display.
  • the display unit 14 displays inspection record information or maintenance record information stored in the equipment maintenance information storage unit 12.
  • the input unit 15 is realized by an input device such as a keyboard, a mouse, or a touch panel. Inspection record information or maintenance record information is input to the input unit 15 .
  • the terminal storage unit 16 stores various information necessary for controlling the inspection information terminal 1.
  • the terminal control unit 17 controls the operation of the inspection information terminal 1 as a whole. Further, the terminal control unit 17 controls displaying various information on the display unit 14. That is, the terminal control section 17 has a function as an image processing section and a display control section.
  • the equipment measuring device 2 acquires equipment operation data, which is data indicating the operating state of the equipment in the environment in which the equipment is used, and transmits it to the server 3 .
  • the equipment measuring device 2 includes a communication device 21, a temperature measuring device 22, a humidity measuring device 23, and an electrical measuring device 24.
  • the communication device 21 communicates with devices external to the equipment measurement device 2.
  • the communication device 21 transmits operating data acquired by each of the temperature measurement device 22, humidity measurement device 23, and electrical measurement device 24 to the server 3 connected via the network 4. That is, the communication device 21 transmits operating data such as temperature data, humidity data, and electrical data to the server 3 via the network 4.
  • the operating data is data of measurement values obtained by measuring devices such as the temperature measuring device 22, the humidity measuring device 23, and the electrical measuring device 24, and is data indicating the operating state of the equipment.
  • FIG. 3 is a diagram showing an example of the configuration of the communication device 21 of the equipment measuring device 2 included in the inspection plan creation support system 100 according to the first embodiment.
  • the communication device 21 includes a communication device communication section 211, a communication device processing section 212, a communication device storage section 213, and a communication device control section 214.
  • the communication device processing section 212 includes an operation data acquisition section 2121 and an operation data response processing section 2122. Each component of the communication device 21 described above is capable of transmitting and receiving information to and from each other.
  • the communication device communication unit 211 communicates with devices external to the communication device 21.
  • the communication device communication unit 211 is connected to the network 4 by wired communication or wireless communication.
  • the communication device communication unit 211 transmits and receives data to and from the server 3 via the network 4 . Further, the communication device communication unit 211 communicates with the temperature measuring device 22, the humidity measuring device 23, and the electrical measuring device 24.
  • the communication device processing unit 212 is responsible for acquiring operation data from the temperature measuring device 22, humidity measuring device 23, and electrical measuring device 24, which are measuring devices. Further, the communication device processing unit 212 is responsible for transmitting operation data to the server 3.
  • the operation data acquisition unit 2121 acquires operation data from the measurement device. That is, the operation data acquisition unit 2121 acquires the measured values of each of the temperature measurement device 22, humidity measurement device 23, and electrical measurement device 24 via the communication device communication unit 211. The operation data acquisition unit 2121 acquires measured values from the measuring device when requested to acquire operation data from the operation data response processing unit 2122. Furthermore, the operation data acquisition unit 2121 acquires measured values from the measuring device at a timing according to a predetermined schedule. The operation data acquisition unit 2121 transmits the acquired measurement value to the operation data response processing unit 2122 as operation data.
  • the operation data response processing unit 2122 transmits the operation data acquired from the operation data acquisition unit 2121 to the equipment measurement data processing unit 331 of the server processing unit 33 (described later) in the server 3.
  • the operation data response processing unit 2122 receives the operation data request information from the equipment measurement data processing unit 331
  • the operation data response processing unit 2122 transmits the operation data to the equipment measurement data processing unit 331 as a response to the operation data request information.
  • the operation data response processing section 2122 converts the operation data into a response signal to the operation data request information, and transmits the response signal to the equipment measurement data processing section 331 via the communication device communication section 211.
  • the timing at which the operation data transmitted by the communication device 21 to the server 3 is acquired may be the timing at which a request from the server 3 is received, or may be at the timing according to a predetermined schedule. That is, the communication device 21 may transmit to the server 3 operation data acquired at the timing of receiving a request from the server 3, or past operation data acquired in advance at a timing according to a predetermined schedule. may be sent to the server 3. The communication device 21 may transmit operational data that satisfies the request of the server 3 to the server 3.
  • the operation data request information is request information that the equipment measurement data processing section 331 of the server processing section 33 of the server 3 requests the operation data response processing section 2122 to transmit operation data.
  • the communication device storage unit 213 stores various information necessary for controlling the communication device 21.
  • the communication device control unit 214 controls the operation of the communication device 21 as a whole.
  • the temperature measurement device 22 is placed at a predetermined installation location around or inside the equipment, and acquires ambient temperature data, which is the temperature around the equipment, which is temperature data in the usage environment of the equipment.
  • the temperature measurement device 22 measures the temperature of the air around the installation location, and acquires the measured value as temperature data in the usage environment of the equipment.
  • the temperature measurement device 22 transmits information on the measured value to the operation data acquisition section 2121 of the communication device processing section 212 of the communication device 21 .
  • the humidity measuring device 23 is placed at a predetermined installation location around or inside the equipment, and acquires ambient humidity data, which is the humidity around the equipment, which is humidity data in the usage environment of the equipment.
  • the humidity measuring device 23 measures the humidity of the air around the installation location, and acquires the measured value as humidity data in the environment in which the equipment is used.
  • the humidity measuring device 23 transmits information on the measured value to the operation data acquisition section 2121 of the communication device processing section 212 of the communication device 21 .
  • the electrical measuring device 24 is placed on an electric wire inside a power panel for supplying power to the equipment, an electric wire inside a control panel of the equipment, or at a predetermined installation location inside the equipment, and is used to conduct electricity to supply power to the equipment. Obtain electrical data, which is current data. The electrical measuring device 24 measures the current value supplied to the equipment, and acquires the measured value as electrical data supplied to the equipment. The electrical measuring device 24 transmits information on the measured value to the operation data acquisition section 2121 of the communication device processing section 212 of the communication device 21 .
  • the temperature data acquired by the temperature measuring device 22, the humidity data acquired by the humidity measuring device 23, and the electrical data acquired by the electrical measuring device 24 are measured values of the measuring device and are operation data of the equipment. Therefore, the temperature measurement device 22, the humidity measurement device 23, and the electrical measurement device 24 can be said to be an operation data acquisition unit that acquires operation data of the equipment, which is data indicating the operating state of the equipment in the environment in which the equipment is used.
  • FIG. 4 is a diagram showing an example of the configuration of the temperature measuring device 22, humidity measuring device 23, and electrical measuring device 24 of the equipment measuring device 2 included in the inspection plan creation support system 100 according to the first embodiment.
  • the temperature measuring device 22, the humidity measuring device 23, and the electrical measuring device 24 measure different objects, they have the same basic functional configuration.
  • the measurement device 25 includes a measurement section 251, a measurement communication section 252, a measurement storage section 253, and a measurement control section 254.
  • the measuring unit 251 measures the physical quantity that the measuring device 25 targets for measurement.
  • the measurement communication unit 252 communicates with the communication device 21.
  • the measurement control unit 254 controls the operation of the measurement device 25.
  • the measurement storage unit 253 stores various information used to control the measurement device 25.
  • the measurement storage unit 253 stores measurement values measured by the measurement device 25.
  • the measurement control unit 254 receives operation instruction information transmitted from the operation data acquisition unit 2121 of the communication device 21 via the measurement communication unit 252, and controls the operation of the measurement device 25 based on the operation instruction information. That is, the measurement control unit 254 controls the operation and stopping of the measurement device 25 based on the operation instruction information.
  • the measurement control unit 254 transmits information on measurement values, which is information on measurement results in the measurement unit 251, to the operation data acquisition unit 2121 via the measurement communication unit 252.
  • the measurement control unit 254 controls the operation of the measurement device 25 at a timing according to a predetermined operation schedule. That is, the measurement control unit 254 controls the operation and stopping of the measurement device 25 based on a predetermined operation schedule.
  • the operation schedule is determined in advance and stored in the measurement control section 254 or the measurement storage section 253.
  • the measurement section 251, the measurement communication section 252, the measurement storage section 253, and the measurement control section 254 can exchange information with each other.
  • FIG. 5 is a diagram showing an example of the configuration of the server 3 included in the inspection plan creation support system 100 according to the first embodiment.
  • the server 3 is a computer system in which an inspection plan creation program is installed.
  • the inspection plan creation program is a program for realizing the functions necessary for the inspection plan creation process in the first embodiment.
  • the inspection plan creation process determines that the equipment to be inspected, which is the equipment subject to inspection in equipment maintenance, is in a state that requires maintenance and inspection, and makes an inspection request to request implementation of inspection work for the equipment that requires inspection. This is a process of generating information and transmitting inspection request information to the inspection information terminal 1.
  • the server 3 determines that the equipment to be inspected, which is the equipment to be inspected during equipment maintenance, is in a state that requires maintenance and inspection, and requests implementation of inspection work for the equipment that requires inspection.
  • the inspection request information By generating inspection request information and transmitting the inspection request information to the inspection information terminal 1, it is possible to support a worker or an equipment manager in drawing up an inspection plan for the equipment.
  • the server 3 includes a server communication section 31, a server storage section 32, a server processing section 33, and a server control section 34.
  • the server communication unit 31 communicates with devices external to the server 3.
  • the server storage unit 32 is a storage unit that stores various information necessary for controlling the inspection information terminal 1 and various information necessary for creating an inspection plan.
  • the server storage section 32 includes an equipment specification information storage section 321, an equipment operation information storage section 322, an equipment importance information storage section 323, an equipment maintenance information storage section 324, an aging score information storage section 325, and an inspection plan information storage section.
  • a storage unit 326 is stored therein.
  • the equipment specification information storage unit 321 stores equipment specification information.
  • the equipment specification information is information about the equipment specifications presented by the equipment manufacturer as the usage conditions of the equipment.
  • the equipment specification information includes the standard ambient temperature that is the temperature around the equipment that is assumed to be the usage environment of the equipment, the standard ambient humidity that is the humidity around the equipment that is assumed to be the usage environment of the equipment, and the rated current value of the equipment. and equipment service life information.
  • the service life information includes information on the service life of the equipment itself and information on the service life of consumable parts that need to be replaced or repaired before the service life of the equipment main body.
  • Equipment specification information is input from the inspection information terminal 1 to the server 3 and stored in the equipment specification information storage section 321. Note that the equipment specification information may be input to the server 3 from a device other than the inspection information terminal 1.
  • the equipment operation information storage unit 322 stores operation information.
  • the operating information includes a plurality of different types of operating data.
  • the operation data is data obtained from the equipment measuring device 2 and indicating the operating state of the equipment. Examples of the operation data stored in the equipment operation information storage unit 322 include equipment ambient temperature data, equipment ambient humidity data, and equipment electrical data.
  • the operating data is handled and stored as information associated with information on the time at which the data was measured.
  • the equipment operation information storage unit 322 stores cumulative operation time information, which is information on the operation time accumulated from the start of operation of the equipment.
  • the equipment importance information storage unit 323 stores equipment importance information.
  • Equipment importance information is information that evaluates equipment that is likely to suffer major damage in the event of equipment failure.
  • Equipment importance information includes multiple factors, such as equipment operating hours per month, scope of impact due to equipment stoppage in the event of equipment failure, number of days required from failure to recovery in the event of equipment failure, and equipment purchase cost. It includes item information and evaluation score information for each item.
  • the equipment importance information is used to take into account the equipment importance corresponding to the total score of evaluation points when adding the aging score calculated by the aging information processing unit 333, which will be described later, to the equipment to be inspected. Contains correction value information.
  • the equipment maintenance information storage unit 324 stores maintenance and inspection information such as inspection record information and maintenance record information transmitted from the inspection information terminal 1.
  • the inspection record information acquired from the inspection information terminal 1 includes information on inspection items, information on inspection results for the inspection items, and information on predetermined evaluation points corresponding to the recorded information on the inspection results. , is included.
  • information on inspection items, information on inspection results, and information on evaluation points are recorded in association with each other.
  • the equipment maintenance information storage unit 324 stores an inspection item such as “Is there any abnormality in appearance?” and information about the inspection results for the inspection item such as “normal,” “good,” or “abnormal.” Each type of result is recorded along with an assigned evaluation point.
  • an inspection result of "good” means that although deterioration is observed, the equipment can be operated.
  • check items such as "Pressure gauge reading” and “Pressure gauge reading is within ⁇ 3% of the initial reading” and "Pressure gauge reading is within ⁇ 3% of the initial reading.” %" or "The pressure gauge's reading is outside the pass/fail judgment standard value.” Information on the inspection results for the relevant inspection items is recorded along with evaluation points determined for each type of inspection result. has been done.
  • the maintenance record information acquired from the inspection information terminal 1 includes, for example, information on the replacement date when a mechanical seal is replaced for repair of a water supply pump, and the update date when the water supply pump itself is updated. Contains information related to equipment maintenance, such as information on equipment maintenance.
  • the aging score information storage unit 325 stores information on aging scores that are associated with the equipment main body and each of the replaceable parts of the equipment and serve as a guide for inspection or repair implementation.
  • the aging score information storage unit 325 includes a table for determining the additional value of the aging score corresponding to the amount of operation of the equipment or the importance of the equipment, the results of inspections carried out on the equipment, or the accumulated value since the start of operation.
  • Various types of information used to calculate the aging score such as a table for determining a revised value of the aging score in accordance with the operating time, are stored.
  • the aging score is a numerical value that indicates the level of deterioration that increases in equipment due to the passage of time and wear due to use of the equipment.
  • the inspection plan information storage unit 326 stores inspection plan information.
  • the server processing unit 33 exchanges various information with the inspection information terminal 1 and the equipment measuring device 2, and executes the inspection plan creation process.
  • the server processing section 33 includes an equipment measurement data processing section 331, a terminal data processing section 332, an aging information processing section 333, and an inspection plan processing section 334.
  • the equipment measurement data processing unit 331 sends operation data request information to the server communication unit 31 to request the operation data response processing unit 2122 of the communication device processing unit 212 in the communication device 21 of the equipment measurement device 2 to transmit operation data. Send via.
  • the equipment measurement data processing section 331 receives the operation data information transmitted from the operation data response processing section 2122 as a response to the operation data request information, and stores the operation data information in the equipment operation information storage section 322.
  • the terminal data processing unit 332 acquires inspection record information and maintenance record information by receiving inspection record information and maintenance record information, which are equipment maintenance information transmitted from the inspection information terminal 1, via the server communication unit 31. do.
  • the terminal data processing unit 332 stores the acquired inspection record information and maintenance record information in the equipment maintenance information storage unit 324 of the server storage unit 32 as equipment maintenance information.
  • the terminal data processing unit 332 can be said to be an equipment maintenance information processing unit that acquires equipment maintenance information from a device external to the server 3 and stores it in the storage unit.
  • the terminal data processing unit 332 receives inspection plan request information sent from the equipment maintenance information processing unit 13 of the inspection information terminal 1 requesting transmission of inspection plan information. In response to the inspection plan request information, the terminal data processing unit 332 transmits the inspection plan information stored in the inspection plan information storage unit 326 of the server storage unit 32 of the server 3 to the inspection information terminal via the server communication unit 31. The information is transmitted to the equipment maintenance information processing section 13 of No. 1.
  • terminal data various data transmitted from the inspection information terminal 1 may be collectively referred to as terminal data.
  • the aging information processing unit 333 performs a process of calculating the aging score of each piece of equipment or equipment parts.
  • the aging information processing unit 333 calculates aging scores for each replaceable part of the equipment and for each equipment body. Examples of replaceable parts include parts such as gland packing, mechanical seals, and bearings in water supply pumps.
  • the aging information processing unit 333 periodically performs aging score addition processing, which is a process of adding an aging score addition value to the aging score before correction, at predetermined regular intervals, such as once every 30 minutes. Execute.
  • the aging score additional value is an additional value that is added to the aging score before correction in order to calculate an aging score that matches the current situation of the equipment or component.
  • the aging information processing unit 333 adds the aging score correction coefficient to the aging score as a process of adding the inspection result to the aging score, for example, when the recorded information of the inspection result is acquired, the aging information processing unit 333 Execute as interrupt processing.
  • the aging score correction coefficient is a correction coefficient that corrects the aging score before correction based on operation data and inspection results in order to calculate the aging score in accordance with the current situation of the equipment or parts.
  • the aging score correction coefficient is based on information obtained by comparing the service life information in the equipment specification information stored in the equipment specification information storage unit 321 and the equipment operating time information stored in the equipment operation information storage unit 322, and equipment maintenance It is calculated from the operation data in the inspection record information stored in the information storage section 324 and the evaluation point information included in the inspection record information stored in the equipment maintenance information storage section 324.
  • the aging score of the replaced part is reset.
  • the process of adding the aging score addition value is started from the initial value of the aging score.
  • the aging score of the replaceable parts included in the updated equipment is also reset, and the process of adding the aging score addition value is started from the initial value of the aging score.
  • the inspection plan processing unit 334 considers the aging score obtained by the aging information processing unit 333 as a priority for inspection implementation, and determines that it is necessary to perform an equipment inspection especially when the aging score exceeds a predetermined threshold. judge.
  • the inspection plan processing section 334 executes a process of changing the inspection plan recorded in the inspection plan information storage section 326 when it is determined that it is necessary to inspect the equipment. That is, when the inspection plan processing unit 334 determines that it is necessary to perform an inspection of the equipment, the inspection plan processing unit 334 selects the next and subsequent inspection schedule for the equipment to be inspected, which is included in the inspection plan recorded in the inspection plan information storage unit 326. Change the scheduled inspection implementation date information.
  • the inspection plan processing unit 334 changes the inspection plan and performs a process of reserving the inspection of the equipment that has been determined to need inspection to be carried out at the next monthly inspection.
  • the server control unit 34 controls the operation of the server 3 as a whole.
  • FIG. 6 is a diagram showing an example of the equipment specification information 51 stored in the equipment specification information storage unit 321 of the server 3 included in the inspection plan creation support system 100 according to the first embodiment.
  • the equipment specification information 51 includes an equipment ID, which is identification information for identifying and managing equipment on an equipment basis, and equipment name and equipment information, which are identification information for an inspection worker to identify equipment.
  • the model name the standard ambient temperature that is the temperature around the equipment as presented by the equipment manufacturer, the standard ambient humidity that is the humidity around the equipment as presented by the equipment manufacturer, and the rated current of the equipment as presented by the equipment manufacturer. Contains terms of use such as, and information on.
  • the equipment specification information 51 includes component IDs and names of parts that are subject to aging score management, which are assigned separately so that parts that can be replaced as consumable parts and equipment bodies can be managed separately, and parts that are subject to aging score management are consumables. It includes information on the type of equipment used to identify whether it is a device or the equipment itself, and the durable operating time, which is the operating time presented by the equipment manufacturer as a guideline for parts replacement or equipment renewal.
  • FIG. 7 is a diagram showing an example of equipment operation information 52 stored in the equipment operation information storage unit 322 of the server 3 included in the inspection plan creation support system 100 according to the first embodiment.
  • the equipment operation information 52 includes the equipment ID corresponding to the equipment ID in the equipment specification information 51, the operation information acquired from the equipment measurement device 2 at the timing when the aging score addition process is executed, and the equipment This information includes cumulative operating time information for each component ID associated with the ID.
  • the operating information includes information on temperature, humidity, current, and measurement date and time.
  • the cumulative operating time information is the cumulative operating time of the equipment since it started operating, and is obtained from the difference between the measurement date and time when the equipment started operating and the latest measurement date and time.
  • the cumulative operating time information is managed by the aging information processing unit 333 for each component ID associated with the equipment ID.
  • measurement date and time information included in the operation information acquired from the equipment measurement device 2 at the timing when the aging score addition process is executed can be used.
  • the measurement date and time when the equipment started operating it is possible to use the measurement date and time information included in the operation information obtained from the equipment measurement device 2 at the timing when the operation data was first measured after the equipment started operating. .
  • the cumulative operating time is added for each part ID as the equipment operates.
  • the cumulative operating time is reset when it is determined that parts have been replaced based on the maintenance record information obtained from the inspection information terminal 1.
  • the determination as to whether the equipment is in operation may be based on, for example, if the current value acquired as the operating information is 10% or more of the rated current value, and the equipment is in operation.
  • the equipment may be operating based on the signal.
  • FIG. 8 is a diagram showing an example of the equipment importance score table 53 stored in the equipment importance information storage unit 323 of the server 3 included in the inspection plan creation support system 100 according to the first embodiment.
  • the equipment importance score table 53 stores equipment importance information, which is information for quantitatively evaluating the degree of impact when the function of the equipment stops using scores. Note that the case where the function of the equipment stops includes not only the case where the function of the equipment stops, but also the case where the function of the equipment deteriorates.
  • the equipment importance information includes the following items: the operational status of the equipment, the impact of equipment failure in the event of equipment failure, the number of days required for recovery in the event of equipment failure, and the equipment cost. including.
  • Each of the above information includes a plurality of choices and a score set for each choice, which are recorded in association with each other. For each item, options with a high degree of influence are given a high score, and options with a low degree of influence are given a low score. From the equipment importance score table 53, the total equipment importance score, which is the total score of each item, is obtained. Based on the total equipment importance score, it is possible to quantitatively evaluate the degree of impact in the event that the functionality of the equipment stops for each equipment and each part.
  • FIG. 9 is a diagram showing an example of the correction magnification table 54 by equipment importance stored in the equipment importance information storage unit 323 of the server 3 included in the inspection plan creation support system 100 according to the first embodiment.
  • the information on the equipment importance level correction magnification corresponds to the total equipment importance score obtained from the equipment importance information in the equipment importance score table 53.
  • the information is stored in association with the total equipment importance score.
  • the correction magnification by equipment importance is information on the correction magnification that is added to the aging score addition value in order to take the importance of the equipment into consideration in the aging score addition value in calculating the aging score addition value described later in the aging score addition process. be.
  • the correction magnification by equipment importance level is individually provided for each range of the total equipment importance score.
  • the correction magnification by equipment importance can be changed to any value based on information input from a device external to the server 3.
  • FIG. 10 is a diagram showing an example of the aging information table 55 stored in the aging score information storage unit 325 of the server 3 included in the inspection plan creation support system 100 according to the first embodiment.
  • the aging information table 55 includes equipment IDs and parts IDs corresponding to the equipment IDs and parts IDs in the equipment specification information 51, the operating time of the equipment, the operating amount of the equipment, and the importance level in terms of equipment management. , and an aging score calculated in accordance with the inspection results performed on the equipment or the information on parts replacement due to repairs.
  • FIG. 11 is a diagram showing an example of the aging score addition table 56 stored in the aging score information storage unit 325 of the server 3 included in the inspection plan creation support system 100 according to the first embodiment.
  • the aging score addition table 56 stores aging score addition values when performing aging score addition processing on the aging score of the component ID corresponding to the equipment ID stored in the aging information table 55 at predetermined time intervals. This is a table that stores information for calculation. That is, the aged score addition table 56 is a table that stores information for calculating the aged score addition value when performing aging score addition processing for the aged score of the equipment to be inspected or the part to be inspected.
  • the aging score addition table 56 includes equipment IDs and component IDs corresponding to the equipment IDs and component IDs in the aging information table 55, unit addition values, operating amount corrections, importance corrections, and aging information. The score addition value and information on each item are stored.
  • the unit addition value is an addition value that is the basis of the aging score addition value, based on the elapsed time from the time when the previous aging score addition process was performed to the time when the current aging score addition process was performed.
  • the unit addition value is an addition value for each component that is to be corrected by operation amount correction and importance correction. That is, in calculating the aged score additional value, the unit additional value is the aged score added value based on the elapsed time since the previous aging score addition process, and is corrected by the operation amount correction and the importance correction. This is information on the intermediate value of the aging score addition value, which is the basis before adding the score over time.
  • the unit additional value includes various information such as elapsed time, durable operating time, and pre-correction additional value.
  • the elapsed time is the time that has passed since the previous aging score addition process was executed.
  • the durable operating time is the durable operating time corresponding to the component ID stored in the equipment specification information 51.
  • the pre-correction additional value is a value obtained from the product of the reciprocal of the durable operating time and the elapsed time.
  • the pre-correction added value is an intermediate value to be corrected by the operation amount correction and the importance correction in calculating the aged score addition value.
  • the operation amount correction is correction information for adding the operation amount of equipment to the aging score addition value in calculating the aging score addition value. This is information for correction.
  • the operating amount correction includes various information such as usage conditions, operating information, item-by-item correction values, and operating amount correction values.
  • the usage conditions are comprised of standard ambient temperature, standard ambient humidity, and rated current, which are usage conditions corresponding to the equipment ID stored in the equipment specification information 51.
  • standard ambient temperature, standard ambient humidity, and rated current are usage conditions corresponding to the equipment ID stored in the equipment specification information 51.
  • FIG. 11 information on standard ambient temperature, standard ambient humidity, and rated current is shown in this order from the top side as information on usage conditions.
  • the operating information is information on the operating state of the equipment corresponding to each item of the usage conditions, and is composed of information on the current temperature, humidity, and current stored in the equipment operating information 52, respectively.
  • the item-by-item correction value is the intermediate value of correction values when performing operation amount correction for the unit addition value.
  • the correction value for each item is the intermediate value of the correction value corresponding to each item of the usage conditions, and each correction value is obtained from the ratio of the usage conditions and the operation information obtained from the calculation formula of "operation information / usage conditions". Consists of values.
  • the operating amount correction value is the average value of the correction values for each item of standard ambient temperature, standard ambient humidity, and rated current.
  • Importance correction is correction information for adding the importance of the equipment to the added value of the aged score in calculating the added value of the aged score. This is information for correction.
  • the importance correction is performed based on the equipment importance total score obtained from the equipment importance information and the equipment importance correction magnification information obtained from the equipment importance correction magnification information corresponding to the equipment importance total score in the equipment importance classification correction magnification table 54. It consists of a correction value.
  • the equipment importance correction value a correction magnification by equipment importance corresponding to the total score of equipment importance in the correction magnification by equipment importance table 54 extracted from the correction magnification by equipment importance table 54 is used.
  • the aging score addition value is an addition value obtained by integrating the pre-correction addition value, the operating amount correction value, and the equipment importance correction value.
  • FIG. 11 shows the aging score addition table 56 for parts
  • the aging score addition table 56 having the same configuration as FIG. 11 is also provided for the equipment body.
  • FIG. 12 is a diagram showing an example of the aging score correction table 57 stored in the aging score information storage unit 325 of the server 3 included in the inspection plan creation support system 100 according to the first embodiment.
  • the aging score correction table 57 stores aging score correction coefficients when performing aging score correction processing for aging scores of component IDs corresponding to equipment IDs stored in the aging information table 55 at predetermined time intervals. This is a table that stores information for calculation. That is, the aging score correction table 57 is a table that stores information for calculating aging score correction coefficients when performing aging score correction processing for aging scores of equipment to be inspected or parts to be inspected.
  • the aging score correction table 57 includes equipment IDs and component IDs corresponding to the equipment IDs and component IDs in the aging information table 55, correction elements, correction element items, and item-by-item correction coefficients.
  • the secular score correction coefficient and information on each item are stored.
  • the correction element is information about an element that is added to the aging score correction coefficient in calculating the aging score correction coefficient.
  • the correction elements include various types of information such as aging deterioration evaluation, qualitative inspection item results, and quantitative inspection item results.
  • the aging deterioration evaluation is information on elements that take into account the deterioration of equipment or equipment parts over time in the aging score correction coefficient.
  • the aging deterioration evaluation includes items such as cumulative operating time stored in equipment operating information 52 and durable operating time stored in equipment specification information 51.
  • Qualitative inspection item results include information on inspection items that can be confirmed with the five senses of the inspection worker, and each of the inspection items, among inspection record information that is a record of inspection results stored in the equipment maintenance information storage unit 324. including information on inspection results.
  • Inspection items that are checked with the five senses of the inspection worker include, for example, abnormal sounds such as whether the water pump is making any unusual sounds, and abnormal odors such as whether there is a burning smell. This includes items with external abnormalities such as water leakage or corrosion.
  • the inspection results include information on inspection results such as "normal”, “good”, or "abnormal", and information on evaluation points corresponding to each determination of the inspection results.
  • Inspection results are recorded as "normal” when no particular abnormality is found as a result of the inspection worker's inspection of the equipment, and when deterioration over time is observed to the extent that it does not affect the operation of the equipment.
  • evaluation points predetermined points are assigned to each of the inspection results of "normal”, “good”, and "abnormal".
  • Quantitative inspection item results include information on inspection items confirmed using a measuring device among inspection record information that is a record of inspection results stored in the equipment maintenance information storage unit 324, and information on each of the inspection items. includes information on the measured values of.
  • Inspection items that are confirmed using a measuring device include, for example, the water pressure at the pump for water supply, the initial value of water pressure, which is the measured value of the water pressure at the water supply pump at the beginning of equipment operation, and the water pressure at the water supply pump.
  • measured values corresponding to each item are stored in association with each other. The measured value obtained at the beginning of the operation of the equipment can be called the initial measured value.
  • the latest measured value can be called the current measured value.
  • the item-by-item correction coefficient is a correction coefficient calculated for each correction element based on the information of the above item.
  • the item-by-item correction coefficient for aging deterioration evaluation is composed of the value of the ratio between cumulative operating time and durable operating time, which is obtained from the calculation formula of "cumulative operating time/durable operating time".
  • the item-by-item correction coefficient for the qualitative inspection item results is composed of the average value of the evaluation points for each item of the qualitative inspection item results.
  • the item-by-item correction coefficient for the results of quantitative inspection items is the ratio of the current water pressure value to the initial water pressure value obtained from the calculation formula of "current water pressure value/initial water pressure value" and whether the value of the ratio is outside the standard range. Consists of values obtained from The reference range can be changed to any value based on information input from a device external to the server 3.
  • the aging score modification coefficient is the average value of the modification coefficients for each item.
  • FIG. 13 is a diagram showing an example of the evaluation score table 58 stored in the aging score information storage unit 325 of the server 3 included in the inspection plan creation support system 100 according to the first embodiment.
  • the evaluation score table 58 is a table in which information on evaluation points for obtaining evaluation points based on the qualitative inspection item results of the secular score correction table 57 is stored. As shown in FIG. 13, the evaluation score table 58 has information on inspection results and evaluation points. The evaluation points are stored in association with the inspection results of the qualitative inspection items in a form corresponding to the inspection results. In the aging score correction process, the evaluation points for the qualitative inspection item results in the aging score correction table 57 are extracted from the evaluation point table 58 based on the inspection results for the qualitative inspection item results and are stored in the aging score correction table 57. reflected.
  • FIG. 14 is a diagram showing an example of the correction coefficient table 59 stored in the aging score information storage unit 325 of the server 3 included in the inspection plan creation support system 100 according to the first embodiment.
  • the correction coefficient table 59 is a table in which information on the correction coefficients for each item regarding the quantitative inspection item results of the secular score correction table 57 is stored. As shown in FIG. 14, the correction coefficient table 59 shows cases in which the current measurement value stored in the quantitative inspection item results of the aging score correction table 57 is within a predetermined reference range, and when it is not within the reference range. Correction coefficients for each item are stored separately for each case.
  • the correction coefficient for each item corresponding to the ratio between the current measurement value and the initial measurement value obtained from the calculation formula "Current measurement value/Initial measurement value" is stored in association with the range of current measured values. Furthermore, when the measured current value is not within the reference range, a predetermined item-by-item correction coefficient is stored regardless of the magnitude relationship between the measured current value and the initial measured value.
  • the reference range can be expressed as a normal range of measured values.
  • FIG. 15 is a flowchart showing an example of data processing in the inspection information terminal 1 included in the inspection plan creation support system 100 according to the first embodiment.
  • step S110 inspection plan information is acquired.
  • the equipment maintenance information processing unit 13 of the inspection information terminal 1 acquires inspection plan information including information on the equipment to be inspected and information on the type of inspection.
  • the input unit 15 of the inspection information terminal 1 receives an information input start operation, which is an operation to instruct the start of equipment maintenance information input processing, from the inspection worker. Upon receiving the information input start operation, the input unit 15 transmits information input start operation information, which is operation information corresponding to the information input start operation, to the equipment maintenance information processing unit 13 of the inspection information terminal 1.
  • the equipment maintenance information processing unit 13 Upon receiving the information input start operation information transmitted from the input unit 15, the equipment maintenance information processing unit 13 sends inspection plan request information requesting transmission of inspection plan information based on the information input start operation information. It is transmitted to the server 3 via the terminal communication section 11 of the inspection information terminal 1.
  • the server communication unit 31 of the server 3 When the server communication unit 31 of the server 3 receives the inspection plan request information transmitted from the terminal communication unit 11 of the inspection information terminal 1, it transmits the inspection plan request information to the terminal data processing unit 332 of the server 3. Upon receiving the inspection plan request information transmitted from the server communication section 31, the terminal data processing section 332 stores the inspection plan information storage section 326 of the server storage section 32 of the server 3 based on the inspection plan request information. The inspection plan information is sent to the inspection information terminal 1 via the server communication section 31.
  • the terminal communication section 11 of the inspection information terminal 1 Upon receiving the inspection plan information transmitted from the terminal data processing section 332 of the server 3, the terminal communication section 11 of the inspection information terminal 1 transmits the inspection plan information to the equipment maintenance information processing section 13 of the inspection information terminal 1.
  • the equipment maintenance information processing unit 13 receives the inspection plan information transmitted from the terminal communication unit 11, it stores the inspection plan information. Thereby, the equipment maintenance information processing unit 13 can acquire information on the equipment to be inspected and information on the inspection type included in the inspection plan information. After that, the process advances to step S120.
  • step S120 information on the equipment to be inspected is displayed.
  • the equipment maintenance information processing unit 13 of the inspection information terminal 1 causes the display unit 14 of the inspection information terminal 1 to display information on the equipment to be inspected included in the inspection plan information.
  • the information on equipment to be inspected includes information on a plurality of equipments or parts of equipment that are candidates for equipment inspection.
  • the inspection worker selects the equipment to be inspected, which is the target of equipment maintenance information input processing, from among the information on the plurality of equipments or parts of the equipment which are candidates for equipment inspection displayed on the display unit 14, using the input unit 15. Select using . After that, the process advances to step S130.
  • step S130 the inspection list of the selected equipment to be inspected is displayed.
  • the equipment maintenance information processing unit 13 causes the display unit 14 to display a check list stored in the equipment maintenance information storage unit 12 in association with the equipment to be inspected selected by the inspection worker.
  • the inspection worker uses the input section 15 to input information on the inspection results performed by the inspection worker, which is inspection record information to be recorded in the inspection sheet displayed on the display section 14 . That is, the inspection worker performs an operation to input information on the date of inspection and information on the inspection results into the input unit 15 of the inspection information terminal 1 as information on the inspection results performed on the equipment to be inspected.
  • the process advances to step S140.
  • step S140 information on the inspection results performed by the inspection worker, which is inspection record information, is acquired.
  • the equipment maintenance information processing unit 13 acquires information on the inspection results performed by the inspection worker, which is inspection record information.
  • the equipment maintenance information processing unit 13 receives an inspection result input operation, which is an operation for inputting information on the inspection results received by the input unit 15, from an inspection worker, the equipment maintenance information processing unit 13 inputs the inspection result, which is operation information corresponding to the inspection result input operation.
  • the input information is transmitted to the equipment maintenance information processing section 13.
  • the equipment maintenance information processing unit 13 can acquire information on the inspection results performed by the inspection worker, which is inspection record information.
  • the equipment maintenance information processing unit 13 records information on the inspection results as inspection record information in an inspection sheet, and stores the information in the equipment maintenance information storage unit 12. After that, the process advances to step S150.
  • step S150 information on the inspection results performed by the inspection worker, which is inspection record information, is transmitted to the server 3.
  • the equipment maintenance information processing unit 13 converts information on the inspection results performed by the inspection worker, which is inspection record information, into a data format that can be stored in the equipment maintenance information storage unit 324 of the server 3.
  • the equipment maintenance information processing unit 13 transmits the converted inspection result information to the server 3 via the terminal communication unit 11.
  • the server communication unit 31 of the server 3 When the server communication unit 31 of the server 3 receives the converted inspection result information, which is the inspection record information transmitted from the terminal communication unit 11 of the inspection information terminal 1, the server communication unit 31 transmits the converted inspection result information to the server 3. It is transmitted to the terminal data processing section 332.
  • the terminal data processing unit 332 receives the converted inspection result information transmitted from the server communication unit 31, the terminal data processing unit 332 stores the converted inspection result information in the equipment maintenance information storage unit 324.
  • FIG. 16 is a flowchart illustrating an example of the operation data response process of the communication device 21 included in the inspection plan creation support system 100 according to the first embodiment.
  • step S210 it is determined whether operational data request information requesting transmission of operational data has been received from the server 3. Specifically, whether or not the operating data response processing unit 2122 of the communication device processing unit 212 of the communication device 21 has received the operating data request information transmitted from the equipment measurement data processing unit 331 of the server processing unit 33 of the server 3. Determine.
  • the equipment measurement data processing unit 331 of the server 3 transmits the operation data request information to the communication device communication unit 211 of the communication device 21 via the server communication unit 31 of the server 3.
  • the communication device communication section 211 Upon receiving the operational data request information transmitted from the server communication section 31, the communication device communication section 211 transmits the operational data request information to the operational data response processing section 2122.
  • the working data response processing unit 2122 receives the working data request information transmitted from the communication device communication unit 211, the working data response processing unit 2122 stores the working data request information.
  • the operational data response processing unit 2122 If the operational data response processing unit 2122 stores operational data request information for which no response processing has been performed on the operational data request information, the operational data response processing unit 2122 generates operational data indicating that the operational data transmission is requested. It is determined that the request information has been received from the server 3. In addition, when the operational data response processing unit 2122 does not store operational data request information for which no response processing has been performed to the operational data request information, the operational data response processing unit 2122 sends a request to send the operational data. It is determined that the operational data request information has not been received from the server 3.
  • step S210 If it is determined that operational data request information requesting transmission of operational data has been received from the server 3, the answer is Yes in step S210, and the process proceeds to step S220. If it is determined that the operational data request information requesting transmission of operational data has not been received from the server 3, the answer in step S210 is No, and the series of operational data response processing ends.
  • step S220 measurement values that are operating data are acquired from the temperature measurement device 22, the humidity measurement device 23, and the electrical measurement device 24.
  • the operating data acquisition unit 2121 of the communication device processing unit 212 of the communication device 21 collects the data from the temperature measuring device 22, humidity measuring device 23, and electrical measuring device 24 under the control of the operating data response processing unit 2122. Get the current measurement value. After that, the process advances to step S230.
  • step S230 the acquired measurement value is transmitted as operating data.
  • the operation data response processing section 2122 transmits the operation data to the equipment measurement data processing section 331 of the server processing section 33.
  • the operation data response processing unit 2122 acquires operation data from the operation data acquisition unit 2121, converts the acquired operation data into a response signal to operation data request information, and sends the response signal to equipment measurement via the communication device communication unit 211. It is transmitted to the data processing section 331.
  • the operation data requested in the operation data request information is past operation data that has been acquired in advance at a timing according to a predetermined schedule, the past operation data is sent to.
  • the equipment measurement data processing unit 331 of the server 3 receives the operating data transmitted from the operating data response processing unit 2122 as a response to the operating data request information, and stores the operating data in the equipment operating information storage unit 322.
  • FIG. 17 is a flowchart showing an example of aging score addition processing of the server 3 included in the inspection plan creation support system 100 according to the first embodiment.
  • the object to which the aging score addition process is performed is a component of equipment.
  • step S310 a regular process of aging score addition process is started.
  • the aging information processing unit 333 of the server processing unit 33 of the server 3 starts regular aging score addition processing for the component corresponding to the component ID of the equipment ID registered in the aging information table 55.
  • the regular processing of aging score addition processing is started at predetermined time intervals, that is, at predetermined cycles. Information on the time interval at which the periodic processing of the aging score addition process is started is determined in advance and stored in the aging information processing unit 333. After that, the process advances to step S320.
  • step S320 the aging score corresponding to the part ID of the part to be processed in the aging information processing, that is, the aging score corresponding to the part ID of the part to be subjected to the aging score addition process is acquired.
  • the aging information processing unit 333 uses the aging information table 55 stored in the aging score information storage unit 325 in the server storage unit 32 of the server 3 to determine the component ID of the component for which aging score addition processing is to be performed. Obtain the corresponding aging score. After that, the process advances to step S330.
  • step S330 the aging score addition table 56 corresponding to the part ID of the part to be processed in aging information processing, that is, the aging score addition table 56 corresponding to the part ID of the part to be subjected to aging score addition processing, is acquired.
  • the aging information processing unit 333 stores the aging score addition table 56 corresponding to the part ID of the part for which aging score addition processing is to be performed, which is stored in the aging score information storage unit 325 in the server storage unit 32. get.
  • the process advances to step S340.
  • the aging score addition table 56 includes the equipment specification information 51 stored in the equipment specification information storage unit 321, the equipment importance score table 53 stored in the equipment importance information storage unit 323, and the correction magnification by equipment importance.
  • the information in Table 54 is reflected in advance.
  • the aging information processing unit 333 causes the updated information to be reflected in the aging score addition table 56 in advance.
  • the aging information processing unit 333 adds the information of the equipment specification information 51, the equipment importance score table 53, and the correction magnification table 54 by equipment importance to the corresponding aging score addition table 56 for each equipment and each part of the equipment. ,To reflect.
  • step S340 the elapsed time from the time when the previous aging score addition process was performed to the time when the current aging score addition process was performed is calculated for the component that is the target of the aging score addition process. Specifically, the aging information processing unit 333 calculates the elapsed time from the time when the previous aging score addition process was performed to the time when the current aging score addition process was performed.
  • the aging information processing unit 333 has a clock function and stores information on the date and time when the aging score addition process is performed.
  • the aging information processing unit 333 performs the current aging score addition process from the time of the previous aging score addition process based on the date and time information when the previous aging score addition process was performed and the current date and time information. Calculate the elapsed time until The aging information processing unit 333 reflects the calculated elapsed time information in the aging score addition table 56. After that, the process advances to step S350.
  • step S350 operation data is acquired from the equipment measurement device 2 for the component to be subjected to the aging score addition process.
  • the aging information processing unit 333 acquires operation data from the communication device 21 of the equipment measuring device 2.
  • the equipment measurement data processing unit 331 sends operation data request information to the server communication unit 31 to request the operation data response processing unit 2122 of the communication device processing unit 212 in the communication device 21 of the equipment measurement device 2 to transmit operation data. Send via.
  • the equipment measurement data processing unit 331 receives the operation data information transmitted from the operation data response processing unit 2122 as a response to the operation data request information, and stores the operation data information in the equipment operation information storage unit 322. .
  • the aging information processing unit 333 acquires the operation data corresponding to the component ID of the component for which the aging score addition process is to be performed, from the equipment operation information storage unit 322.
  • the aging information processing unit 333 reflects the acquired operation data in the operation information for the operation amount correction in the aging score addition table 56. After that, the process advances to step S360.
  • step S360 the aging score addition value is acquired from the aging score addition table 56.
  • the aging information processing unit 333 calculates the aging score addition value in the aging score addition table 56 that reflects various information about the parts for which aging score addition processing is to be performed by the above-described processing. , obtain the aging score addition value. After that, the process advances to step S370.
  • step S370 the aging score addition value is added to the aging score.
  • the aged information processing unit 333 converts the aging score addition value for the part to be subjected to the aging score addition process acquired in step S360 into the aging score addition value acquired from the aging information table 55 in step S320. It is added to the aging score of the part to be processed.
  • the aging information processing unit 333 stores the new aging score for the part to be subjected to the aging score addition process, which is calculated by adding the aging score addition value to the aging score, in the aging score information storage unit 325. In addition, it is stored in the aging information table 55 for the parts to be subjected to the aging score addition process. That is, the aged score of the part to be subjected to the aged score addition process stored in the aged information table 55 is overwritten and updated with the calculated new aged score. Note that the old aging score may be left in the aging score information storage section 325 separately from the new aging score. After that, the process advances to step S380.
  • step S380 it is determined whether the new aging score value is greater than or equal to a predetermined reference value for requesting implementation of inspection work.
  • the aging information processing unit 333 determines whether the new aging score value satisfies predetermined reference conditions for requesting implementation of inspection work.
  • the reference condition is, for example, the above-mentioned "condition that the value of the new aging score is 1 or more.”
  • the reference conditions are determined in advance and stored in the aging information processing section 333.
  • the reference conditions can be changed to arbitrary values based on information input from a device external to the server 3.
  • step S380 If it is determined that the new aging score value does not satisfy the predetermined standard conditions for requesting implementation of inspection work, the result in step S380 is No, and the series of aging score addition processing ends. If it is determined that the new aging score value satisfies the predetermined standard conditions for requesting inspection work, the answer is Yes in step S380, and the process proceeds to step S390.
  • step S390 the inspection information terminal 1 is notified of an inspection request for the parts for which the aging score addition process has been performed. Specifically, the inspection plan processing unit 334 notifies the inspection information terminal 1 of an inspection request for the component for which the aging score addition process has been performed.
  • the inspection plan processing unit 334 executes a process to change the inspection plan stored in the inspection plan information storage unit 326, so that the inspection operator can update the target equipment to be inspected next time.
  • the inspection request notification method may include sending an email to the inspection information terminal 1 that includes a request to conduct an inspection of the target equipment, and includes a request to conduct an inspection of the target equipment.
  • the notification pop-up information may be sent to the inspection information terminal 1, or both of these may be used.
  • the inspection information terminal 1 causes the display unit 14 to display an email containing a request for inspection of the target equipment or a notification pop-up indicating a request for inspection of the target equipment. Thereby, the inspection information terminal 1 can notify an inspection worker or the like that the component for which the aging score addition process has been performed has progressed in deterioration and that inspection work for the component is required.
  • the inspection plan processing unit 334 generates inspection request information to the effect that the component to be subjected to the aging score addition process has progressed in deterioration and that inspection work for the component is requested. Then, the inspection plan processing unit 334 transmits the generated inspection request information to the inspection information terminal 1, so that the inspection information terminal 1 is notified of the inspection request for the component to be subjected to the aging score addition process. Thereby, the inspection information terminal 1 can notify an inspection worker or the like that the component for which the aging score addition process has been performed has progressed in deterioration and that inspection work for the component is required.
  • FIG. 18 is a flowchart illustrating an example of the aging score correction process of the server 3 included in the inspection plan creation support system 100 according to the first embodiment.
  • the object to which the aging score correction process is executed is a component of equipment.
  • step S410 the terminal data transmitted from the inspection information terminal 1 is received. Specifically, the aging information processing section 333 of the server processing section 33 of the server 3 receives the terminal data transmitted from the inspection information terminal 1.
  • the inspection information terminal 1 transmits information input by the inspection worker from the input unit 15 to the server 3 as terminal data.
  • the server communication section 31 of the server 3 Upon receiving the terminal data transmitted from the inspection information terminal 1, the server communication section 31 of the server 3 transmits the terminal data to the terminal data processing section 332.
  • the terminal data processing unit 332 receives the terminal data transmitted from the server communication unit 31, the terminal data processing unit 332 stores the terminal data in the equipment maintenance information storage unit 324. After that, the process advances to step S420.
  • step S420 it is determined what the content of the terminal data transmitted from the inspection information terminal 1 is. Specifically, the aging information processing unit 333 determines the content of the terminal data transmitted from the inspection information terminal 1. That is, the aging information processing unit 333 determines whether the terminal data is inspection record information or maintenance record information. The terminal data processing section 332 transmits the determination result of whether the terminal data is inspection record information or maintenance record information to the aging information processing section 333 of the server processing section 33 of the server 3.
  • step S420 inspection record information
  • step S420: maintenance record information the process advances to step S490.
  • step S430 the aging score corresponding to the part ID of the part to be processed in the aging information processing, that is, the aging score corresponding to the part ID of the part to be subjected to the aging score correction process is acquired.
  • the aging information processing unit 333 uses the aging information table 55 stored in the aging score information storage unit 325 in the server storage unit 32 of the server 3 to determine the component ID of the component for which the aging score correction process is to be performed. Obtain the corresponding aging score. After that, the process advances to step S440.
  • step S440 the aging score correction table 57 corresponding to the part ID of the part to be processed in the aging information process, that is, the aging score correction table 57 corresponding to the part ID of the part to be subjected to the aging score correction process is acquired.
  • the aging information processing unit 333 stores the aging score correction table 57 corresponding to the part ID of the part to be subjected to the aging score correction process, which is stored in the aging score information storage unit 325 in the server storage unit 32. get. After that, the process advances to step S450.
  • Information on the durable operating time of the equipment specification information 51 stored in the equipment specification information storage unit 321 is reflected in the aging score correction table 57 in advance.
  • the aging information processing unit 333 causes the updated information to be reflected in the aging score correction table 57 in advance.
  • the initial measured values of the quantitative inspection item results in the aging score correction table 57 may use inspection result information acquired when the aging score correction process is first executed, or may be arbitrarily determined. Normal values may also be used.
  • step S450 cumulative operating time information corresponding to the component ID of the component targeted for aging information processing is acquired.
  • the aging information processing unit 333 selects a component ID corresponding to the component ID of the component to be processed in aging information processing from the equipment operation information 52 stored in the equipment importance information storage unit 323 in the server storage unit 32 of the server 3. Get cumulative operating time information. After that, the process advances to step S460.
  • step S460 inspection record information related to the aging score of the component corresponding to the component ID of the component to be processed in aging information processing is acquired.
  • the aging information processing unit 333 obtains information related to the aging score corresponding to the component ID of the component to be processed in aging information processing from the equipment maintenance information storage unit 324 stored in the server storage unit 32 of the server 3. Obtain inspection record information.
  • step S470 a correction coefficient is obtained from the aging score correction table 57.
  • the aged information processing unit 333 reflects the inspection record information acquired in step S460 on the aged score correction table 57, and acquires a correction coefficient from the aged score correction table 57 after reflecting the inspection record information. After that, the process advances to step S480.
  • step S480 the correction coefficient is integrated into the aging score corresponding to the part ID of the part to be processed in aging information processing.
  • the aging information processing section 333 corresponds the correction coefficient acquired in step S470 to the component ID of the component to be processed for aging information processing in the aging information table 55 stored in the aging score information storage section 325.
  • the aging score is integrated and the aging score of the aging information table 55 is updated. This completes a series of aging score correction processes.
  • step S490 the aging score corresponding to the part ID of the part to be processed in the aging information processing, that is, the aging score corresponding to the part ID of the part to be subjected to the aging score correction process is acquired.
  • the aging information processing unit 333 uses the aging information table 55 stored in the aging score information storage unit 325 in the server storage unit 32 of the server 3 to determine the component ID of the component for which the aging score correction process is to be performed. Obtain the corresponding aging score. After that, the process advances to step S500.
  • step S500 the aging score is reset. Specifically, the aging information processing unit 333 returns the aging score acquired in step S490 to 0, and sets the aging score corresponding to the component ID of the component to be subjected to the aging score correction process in the aging information table 55 to 0. Update with. This completes a series of aging score correction processes.
  • FIG. 19 is a diagram showing the flow of information related to processing in the inspection plan creation support system 100 according to the first embodiment.
  • FIG. 19 shows the relationship between information and processing in calculating the aging score described above.
  • ⁇ t indicates the elapsed time from the time when the previous aging score addition process was performed to the time when the current aging score addition process was performed.
  • the inspection plan creation support system 100 the influence of information included in the equipment importance score table 53, the correction magnification table 54 by equipment importance, the evaluation score table 58, and the correction coefficient table 59 on the inspection plan.
  • the aging score can be calculated for each piece of equipment and each part based on the equipment specification information, equipment operation information, and equipment maintenance information.
  • the inspection plan creation support system 100 by correcting the aging score using the aging score correction table 57, the inspection results can be reflected in the aging score. Thereby, the inspection plan creation support system 100 can automatically modify the priority of equipment inspection implementation in accordance with the operating status of the equipment.
  • the inspection plan creation support system 100 can notify the inspection information terminal 1 of inspection request information based on the aging score.
  • the inspection worker can conduct an appropriate inspection of the equipment according to the operating status of the equipment.
  • the equipment whose inspection request information has been notified to the inspection information terminal 1 can be said to be equipment operating under high load.
  • equipment whose inspection request information is not notified to the inspection information terminal 1 can be said to be equipment that is operating at a low load.
  • the inspection worker can create an inspection plan for preferentially inspecting the facilities for which inspection request information has been notified to the inspection information terminal 1.
  • the inspection worker can create an inspection plan that reduces the frequency of inspections and suppresses excessive inspections.
  • an inspection including a server and an equipment measuring device that is capable of communicating with the server, measures the operating state of equipment, and transmits operating data that is the measurement result to the server.
  • a planning support system is realized.
  • the server then provides equipment specification information, which is information about the equipment specifications, equipment operation information, which is information indicating the operating status of the equipment and consists of operation data, and information that evaluates the equipment that will suffer major damage in the event of equipment failure.
  • an aging information processing unit that calculates an aging score, which is information indicating the level of deterioration of the equipment, based on equipment importance information, which is equipment importance information, and equipment maintenance information, which is information about equipment maintenance of the equipment; It includes an inspection plan processing unit that generates inspection request information requesting implementation of equipment inspection work, and a communication unit that communicates with a device external to the server.
  • an inspection plan creation program that causes a computer to function as a server for supporting the formulation of an inspection plan for equipment, and the program includes operational data indicating the operating status of the equipment, and equipment maintenance of the equipment.
  • a step of calculating an aging score which is information indicating the level of deterioration of the equipment, based on equipment importance information, which is information for evaluating equipment that has suffered major damage, and equipment maintenance information;
  • An inspection plan creation program that causes a computer to execute the step of generating inspection request information requesting execution of inspection work is realized.
  • the server 3 calculates the aging score based on the information on the operating status of the equipment acquired from the equipment measuring device 2, and performs equipment maintenance. It is determined that the equipment to be inspected, which is the equipment to be inspected, is in a state requiring maintenance and inspection, and inspection request information is generated to request implementation of inspection work for the equipment that requires inspection, and inspection request information is generated. can be transmitted to the inspection information terminal 1. Further, the server 3 can reflect the inspection results in the aging score. Therefore, according to the inspection plan creation support system 100, it is possible to support the operator in drawing up an inspection plan for equipment.
  • the inspection plan creation support system 100 with a simple configuration, it is possible to determine that equipment is in a state that requires maintenance and inspection, and to generate information requesting implementation of inspection work for equipment that requires inspection. This has the effect of
  • the inspection plan creation support system 100 by using the measurement results of several measuring devices that acquire information on the operating status of the equipment, or by using the measurement results of several measuring devices and the equipment at the site. By combining the inspection record results of It becomes possible to create an inspection plan that reduces the burden of inspection work. According to the inspection plan creation support system 100, inspection work can be performed only on equipment that requires inspection work, and maintenance is performed only when it is determined to be necessary. Management becomes possible.
  • Embodiment 2 when there is a plurality of various equipment to be inspected in a facility such as a factory, information indicating the relationship between the pieces of equipment is used when requesting an inspection worker to inspect the equipment.
  • an inspection plan creation support system 100A having a function of suggesting facilities that are preferably inspected together will be described.
  • components having the same functions as those in Embodiment 1 are designated by the same reference numerals and explanations are omitted, and differences from inspection plan creation support system 100 according to Embodiment 1 will be mainly explained.
  • FIG. 20 is a diagram illustrating an example of the configuration of an inspection plan creation support system 100A according to the second embodiment.
  • the inspection plan creation support system 100A according to the second embodiment includes an inspection information terminal 1A instead of the inspection information terminal 1, and a server 3A instead of the server 3. This is different from the inspection plan creation support system 100 according to the first embodiment.
  • the inspection information terminal 1A based on the received inspection request information, queries the server 3A for inspection plan information of related equipment related to the equipment for which an inspection request has been notified among the plurality of inspection target equipment. This is different from the inspection information terminal 1 in the inspection plan creation support system 100 according to No. 1.
  • the server 3A notifies the inspection information terminal 1A of a request to perform inspection work through the same process as the server 3 according to the first embodiment. That is, the server 3A has the same configuration as the server 3 in the inspection plan creation support system 100 according to the first embodiment, performs the same processing as the server 3, and performs inspection work on equipment that requires inspection. Inspection request information indicating the request is sent to the inspection information terminal 1A. Additionally, the server 3A processes information regarding related equipment transmitted from the inspection information terminal 1A.
  • This is equipment that is installed within a predetermined range of the installation location of the requested equipment to be inspected.
  • the installation location and predetermined range of equipment to be inspected for which inspection work is requested in the inspection plan information are the same as the equipment to be inspected for which inspection work is requested to be performed in the inspection plan information. It can be said that the equipment is located in an area where the equipment is close to each other.
  • the inspection plan creation support system 100A according to the second embodiment has the functions of the inspection plan creation support system 100 according to the first embodiment. Therefore, the inspection plan creation support system 100A has the effects of the inspection plan creation support system 100.
  • FIG. 21 is a diagram showing an example of the configuration of an inspection information terminal 1A included in the inspection plan creation support system 100A according to the second embodiment.
  • the inspection information terminal 1A is equipped with an inspection target information storage unit 12A, and when the terminal communication unit 11 acquires inspection plan information from the server 3A, the inspection information terminal 1A is an inspection target equipment that has been requested to be inspected.
  • the inspection information terminal according to the first embodiment includes an equipment maintenance information processing unit 13A that performs a determination process for proposing to perform an inspection together with the equipment to be inspected from among related equipment. Different from 1. Note that the inspection information terminal 1A has the function of the inspection information terminal 1.
  • the inspection target information storage unit 12A stores information that can determine that the same inspection sheet is applied to the equipment as equipment related information, which is information indicating the relationship between multiple pieces of equipment to be inspected that exist in the facility. Certain inspection chart information and equipment installation position information that allows it to be determined that equipment is located in a close area are stored. The above information can be changed as appropriate by information input from outside the inspection information terminal 1A.
  • FIG. 22 is a diagram showing an example of inspection target information 60 stored in the inspection target information storage unit 12A of the inspection information terminal 1A included in the inspection plan creation support system 100A according to the second embodiment.
  • the inspection target information 60 includes equipment information 60a that is equipment information that allows equipment to be identified, equipment ID that is identification information for identifying and managing equipment on an equipment basis, and identification that allows an inspection worker to identify equipment. This information includes the equipment name and the following information.
  • the inspection target information 60 identifies and manages inspections to be applied to each of the inspection target facilities as inspection list information 60b, which is information on a check list applied to each of the inspection target facilities.
  • the information includes an inspection sheet ID, which is identification information for the inspection, and an inspection sheet name, which is identification information for identifying and managing inspections that an inspection worker applies to each of the equipment to be inspected.
  • the inspection target information 60 includes information on the name of the area where the equipment is installed as equipment installation location information 60c for identifying and managing where each of the equipment to be inspected is located in the premises. , information on the floor hierarchy such as the floor hierarchy on which the equipment is installed in the building, and information on the floor hierarchy where the equipment is installed in the building.
  • the equipment maintenance information processing unit 13A includes first determination information for determining whether the same inspection or separate inspections are being performed on each of the plurality of inspection target facilities.
  • the checklist ID and checklist name of the checklist are shown as an example.
  • the first determination information may be information on the frequency of inspections such as daily patrol inspections or monthly periodic inspections, or information on the types of equipment such as power equipment and air conditioning equipment that supply various types of energy to other equipment. Good too.
  • the equipment maintenance information processing unit 13A uses area name information and floor hierarchy as second determination information for determining whether each of the plurality of inspection target equipments is in a close positional relationship.
  • the second determination information may be information on the name of the installation location of the equipment such as "electrical room” and "server room", and is a global information that can determine whether the position coordinates of each of the multiple inspection target equipment are close to each other. It may be position coordinate information of a positioning system (Global Positioning System: GPS), which is an inspection route that can determine whether or not other equipment to be inspected is located on the inspection route of the equipment to be inspected that has been set in advance. It may be information.
  • GPS Global Positioning System
  • FIG. 23 is a flowchart showing an example of maintenance and inspection information processing of the inspection plan creation support system 100A according to the second embodiment.
  • step S610 inspection plan information is acquired from the server 3A for the equipment for which inspection work is requested in the inspection request information.
  • the equipment maintenance information processing unit 13A of the inspection information terminal 1A acquires inspection plan information including information on the equipment to be inspected and information on the type of inspection for the equipment for which inspection work is requested in the inspection request information. do.
  • the equipment maintenance information processing unit 13A receives inspection request information transmitted from the server 3A via the terminal communication unit 11. Upon receiving the inspection request information, the equipment maintenance information processing unit 13A acquires inspection plan information for the equipment for which inspection work is requested in the inspection request information. The equipment maintenance information processing unit 13A acquires inspection plan information in the same manner as the equipment maintenance information processing unit 13 of the inspection information terminal 1 in step S110 described above.
  • the information on the equipment to be inspected includes information corresponding to the equipment information 60a, inspection sheet information 60b, and equipment installation position information 60c of the inspection target information 60. After that, the process advances to step S620.
  • step S620 it is determined whether there is any equipment related to the equipment to be inspected for which inspection work has been requested in the current inspection plan information.
  • the equipment maintenance information processing unit 13A uses the equipment-related information to determine whether there is any equipment related to the equipment to be inspected for which inspection work has been requested in the current inspection plan information.
  • the equipment maintenance information processing unit 13A Based on the information on the equipment to be inspected included in the acquired inspection plan information, the equipment maintenance information processing unit 13A selects the following information from the inspection sheet information 60b included in the inspection target information 60 stored in the inspection target information storage unit 12A. Search for and acquire equipment to which the same inspection sheet as the equipment to be inspected for which inspection work has been requested in the current inspection plan information is applied as related equipment. Furthermore, the equipment maintenance information processing unit 13A determines the equipment installation position information 60c held in the inspection target information 60 stored in the inspection target information storage unit 12A, based on the information on the inspection target equipment included in the acquired inspection plan information. From among them, equipment information that has location information that is close to the equipment to be inspected for which inspection work has been requested in the current inspection plan information is searched and acquired as related equipment. Thereby, the equipment maintenance information processing unit 13A can determine whether there is any equipment related to the equipment to be inspected for which inspection work has been requested in the current inspection plan information.
  • step S620 If it is determined that there is equipment related to the equipment to be inspected for which inspection work has been requested in the current inspection plan information, the answer is Yes in step S620, and the process proceeds to step S630. If it is determined that there is no equipment related to the equipment to be inspected for which inspection work has been requested in the current inspection plan information, the result in step S620 is No, and the process proceeds to step S650.
  • step S630 inspection plan information is acquired from the server 3A for the related equipment. Specifically, the equipment maintenance information processing unit 13A acquires inspection plan information regarding related equipment. After that, the process advances to step S640.
  • step S640 information on equipment whose scheduled inspection date is near from among the searched related equipment is acquired.
  • the equipment maintenance information processing unit 13A acquires information on equipment whose scheduled inspection date is near from among the searched related equipment.
  • the equipment maintenance information processing unit 13A determines that it is more efficient to perform the inspection at the same timing as the equipment to be inspected when the scheduled inspection date is approaching, such as when an inspection is scheduled within one month, for example. Obtain only information about equipment for which there is a plan. After that, the process advances to step S650.
  • step S650 information on equipment whose scheduled inspection date is close to the equipment for which inspection request information requests implementation of inspection work among related equipment, and information on equipment to be inspected for which inspection work implementation is requested in inspection request information.
  • Information is displayed on the display section 14.
  • the equipment maintenance information processing unit 13A collects information about equipment whose scheduled inspection date is close to the equipment for which inspection request information requests implementation of inspection work among related equipment, and information about equipment whose scheduled inspection date is close to the equipment for which inspection work is requested in the inspection request information, and information about equipment whose inspection work implementation is requested in the inspection request information.
  • Information about the requested equipment to be inspected is displayed on the display unit 14.
  • step S650 when the process advances from step S620 to step S650, that is, when there is no related equipment, the equipment maintenance information processing unit 13A only collects information on the equipment to be inspected for which inspection work is requested in the inspection request information. It is displayed on the display unit 14.
  • the inspection worker uses the input section 15 to select, from among the plurality of related facilities displayed on the display section 14, the related facilities to be inspected together with the inspection target facility for which inspection work is requested in the inspection request information. Select by using After that, the process advances to step S660.
  • step S660 the inspection list of the selected equipment to be inspected is displayed.
  • the equipment maintenance information processing unit 13A causes the display unit 14 to display a check list stored in the equipment maintenance information storage unit 12 in association with the related equipment selected by the inspection worker.
  • the inspection worker inspects the related equipment based on the inspection table in which information about the equipment to be inspected is displayed on the display unit 14.
  • the inspection worker uses the input section 15 to input information on the inspection results performed by the inspection worker, which is inspection record information to be recorded in the inspection sheet displayed on the display section 14 . That is, the inspection worker performs an operation to input information on the date of inspection and information on the inspection results as information on the inspection results conducted on the related equipment into the input unit 15 of the inspection information terminal 1A. After that, the process advances to step S670.
  • step S670 information on the inspection results performed on the related equipment by the inspection worker, which is inspection record information, is acquired.
  • the equipment maintenance information processing unit 13A acquires information on the inspection results performed by the inspection worker, which is inspection record information.
  • the equipment maintenance information processing unit 13A receives an inspection result input operation, which is an operation of inputting information on the inspection results received by the input unit 15, from an inspection worker, the equipment maintenance information processing unit 13A inputs the inspection result, which is operation information corresponding to the inspection result input operation. The input information is transmitted to the equipment maintenance information processing section 13A.
  • the equipment maintenance information processing unit 13A can acquire information on the inspection results of the related equipment performed by the inspection worker, which is inspection record information.
  • the equipment maintenance information processing unit 13A records information on the inspection results for the related equipment as inspection record information in the inspection table for the related equipment, and stores it in the equipment maintenance information storage unit 12. After that, the process advances to step S680.
  • step S680 information on the inspection results of the related equipment performed by the inspection worker, which is inspection record information, is transmitted to the server 3A.
  • the equipment maintenance information processing unit 13A converts inspection record information, which is information on inspection results of related equipment performed by an inspection worker, into a data format that can be stored in the equipment maintenance information storage unit 324 of the server 3A. do.
  • the equipment maintenance information processing unit 13A transmits information on the inspection results regarding the related equipment after conversion to the server 3A via the terminal communication unit 11.
  • the server communication unit 31 of the server 3A When the server communication unit 31 of the server 3A receives the converted inspection result information, which is the inspection record information transmitted from the terminal communication unit 11 of the inspection information terminal 1A, the server communication unit 31 transmits the converted inspection result information to the server 3. It is transmitted to the terminal data processing section 332.
  • the terminal data processing unit 332 receives the information on the inspection results for the related equipment after conversion transmitted from the server communication unit 31, the terminal data processing unit 332 stores the information on the inspection results for the related equipment after the conversion in the equipment maintenance information storage unit 324. Make me remember.
  • inspection sheet information which is information for identifying and managing inspections to be applied to a plurality of pieces of equipment, and the installation position of the pieces of equipment are provided.
  • An inspection target information storage unit 12A that stores equipment-related information including equipment installation location information that is location information for identification and management, and an inspection target information storage unit 12A that stores equipment-related information including equipment installation location information that is location information for identification and management;
  • An inspection plan creation support system includes an equipment maintenance information processing unit 13A that extracts candidate equipment to be inspected together with the equipment to be inspected, in addition to the equipment to be inspected for which work has been requested. be done.
  • the inspection plan creation support system 100A Similar to the inspection plan creation support system 100 according to the first embodiment, the inspection plan creation support system 100A according to the second embodiment generates inspection request information requesting the implementation of equipment inspection work and sends the inspection information. It can be transmitted to terminal 1A. Thereby, the inspection plan creation support system 100A can obtain the same effects as the inspection plan creation support system 100.
  • the inspection plan creation support system 100A generates information on equipment related to the equipment to be inspected for which inspection work has been requested in the inspection plan information.
  • inspection workers move to the site and perform inspection work on the equipment to be inspected for which inspection work has been requested in the inspection plan information, they can also inspect related equipment that will be requested to be inspected in the near future. It will also be possible to implement them together. This saves travel and preparation time for inspections compared to the case where inspections of the equipment to be inspected for which inspection work was requested in the inspection plan information and inspections of related equipment are carried out at different times. Since it can be reduced, inspection work can be performed efficiently. Therefore, by using the inspection plan creation support system 100A, it is possible to reduce the number of work hours related to equipment inspection work.
  • FIG. 24 is a diagram showing an example of the hardware configuration of the inspection information terminal 1, 1A according to the first or second embodiment.
  • the configuration example shown in FIG. 24 is a configuration example in which each of the equipment maintenance information processing unit 13 and the terminal control unit 17 of the inspection information terminal 1 is realized by a processing circuit 70 having a processor 72 and a memory 73. .
  • the processor 72 is a CPU (Central Processing Unit).
  • the processor 72 may be an arithmetic device, a microprocessor, a microcomputer, or a DSP (Digital Signal Processor).
  • the memory 73 is, for example, RAM (Random Access Memory), ROM (Read Only Memory), flash memory, EPROM (Erasable Programmable Read Only Memory), or EEPROM (registered trademark) (Electrically Erasable Programmable Read Only Memory). emory), etc.
  • the memory 73 stores a maintenance/inspection information processing program including programs for operating as each of the equipment maintenance information processing unit 13 and the terminal control unit 17.
  • a maintenance/inspection information processing program including programs for operating as each of the equipment maintenance information processing unit 13 and the terminal control unit 17.
  • the processor 72 read and execute the maintenance/inspection information processing program, it is possible to realize the respective functions of the equipment maintenance information processing section 13 and the terminal control section 17.
  • the maintenance and inspection information processing program stored in the memory 73 is provided in a form written in a storage medium such as a CD (Compact Disc)-ROM or a DVD (Digital Versatile Disc)-ROM, for example.
  • the information may be provided via a communication line.
  • Each of the equipment maintenance information processing section 13 and the terminal control section 17 may be realized by a dedicated processing circuit instead of the processor 72 and the memory 73.
  • the dedicated processing circuit is a single circuit, a composite circuit, an ASIC (Application Specific Integrated Circuit), an FPGA (Field Programmable Gate Array), or a combination thereof. Note that part of the functions of the equipment maintenance information processing section 13 and the terminal control section 17 may be realized by the processor 72 and the memory 73, and the remaining functions may be realized by a dedicated processing circuit.
  • the memory 73 stores various information and realizes the respective functions of the equipment maintenance information storage unit 12 and the equipment maintenance information storage unit 12.
  • the input device 71 is a keyboard, a mouse, a touch panel, or the like, and realizes the functions of the input section 15.
  • the display device 75 is a liquid crystal display, an organic EL display, or the like, and realizes the function of the display section 14.
  • the communication device 74 performs communication between the inspection information terminal 1, 1A and a device external to the inspection information terminal 1, 1A.
  • the communication device 74 realizes the functions of the terminal communication section 11.
  • FIG. 25 is a diagram showing an example of the hardware configuration of the communication device 21 and the servers 3 and 3A of the first or second embodiment.
  • the configuration example shown in FIG. 25 is a case where the communication device processing section 212 of the communication device 21, the server processing section 33 and the server control section 34 of the servers 3 and 3A are realized by a processing circuit 80 having a processor 81 and a memory 82. This is a configuration example.
  • the processor 81 is a CPU, an arithmetic unit, a microprocessor, a microcomputer, or a DSP.
  • the memory 82 is, for example, a RAM, ROM, flash memory, EPROM, EEPROM, or the like.
  • the memory 82 stores support programs for operating as the communication device processing section 212 of the communication device 21, and the server processing section 33 and server control section 34 of the servers 3 and 3A. By reading and executing the support program by the processor 81, it is possible to realize the respective functions of the communication device processing section 212 of the communication device 21, the server processing section 33 and the server control section 34 of the servers 3 and 3A. .
  • the memory 82 stores an inspection plan creation program that implements the functions of the server processing section 33.
  • the support program stored in the memory 82 may be provided in a form written in a storage medium such as a CD-ROM or DVD-ROM, or may be provided via a communication line. It may be.
  • the communication device processing section 212, the server processing section 33 of the servers 3 and 3A, and the server control section 34 may each be realized by a dedicated processing circuit instead of the processor 81 and the memory 82.
  • the dedicated processing circuit can be a single circuit, a composite circuit, an ASIC, an FPGA, or a combination thereof. Note that part of the functions of the communication device processing unit 212, the server processing unit 33 of the servers 3 and 3A, and the server control unit 34 are realized by the processor 81 and the memory 82, and the remaining functions are realized by a dedicated processing circuit. You may.
  • the memory 82 stores various information and realizes the functions of the communication device storage section 231 or the server storage section 32.
  • the communication device 83 performs communication between the communication device 21 and a device external to the communication device 21 .
  • the communication device 83 realizes the functions of the communication device communication section 211.
  • the communication device 83 performs communication between the servers 3 and 3A and devices external to the servers 3 and 3A.
  • the communication device 83 realizes the functions of the server communication section 31.

Landscapes

  • Physics & Mathematics (AREA)
  • General Physics & Mathematics (AREA)
  • Engineering & Computer Science (AREA)
  • Automation & Control Theory (AREA)
  • Management, Administration, Business Operations System, And Electronic Commerce (AREA)

Abstract

This inspection plan creation support system comprises: a server (3); and a facility-measuring device that is communicable with the server (3), measures an operating state of a facility, and transmits operating data that is the result of the measurement to the server (3). The server (3) comprises an aging information processing unit (333) that calculates an aging score, which is information indicating a level of deterioration of the facility, on the basis of facility specification information about the specification of the facility, facility operating information indicating the operating state of the facility and comprising the operating data, facility importance information for evaluating a facility that has sustained significant damage when a facility has failed, and facility maintenance information regarding facility maintenance of the facility. The server (3) comprises: an inspection plan processing unit (334) that generates inspection request information for requesting that inspection work be performed on the facility, on the basis of the aging score; and a communication unit that communicates with an external device of the server (3).

Description

点検計画作成サポートシステム、サーバおよび点検計画作成プログラムInspection plan creation support system, server and inspection plan creation program
　本開示は、設備についての点検計画の立案をサポートする点検計画作成サポートシステム、サーバおよび点検計画作成プログラムに関する。 The present disclosure relates to an inspection plan creation support system, a server, and an inspection plan creation program that support the creation of an inspection plan for equipment.
　電気設備では、停電事故を防ぎ、かつ安全に電気を供給するための保全業務が行われている。保全業務には、作業員による電気設備の点検作業、作業員による電気設備のメンテナンス作業および電気設備管理者による電気設備の点検計画の立案などが含まれる。 Maintenance work is carried out on electrical equipment to prevent power outage accidents and ensure a safe supply of electricity. Maintenance work includes inspection work of electrical equipment by workers, maintenance work of electrical equipment by workers, and planning of inspection plans for electrical equipment by electrical equipment managers.
　特許文献１には、キュービクル式高圧受電設備の内部に設置され、音、臭い、温度および画像などを取得する複数のユニットが設けられた複数のキュービクル装置と、ネットワークを介してキュービクル装置から各情報を取得するアラーム出力装置と、からなるキュービクル自動保安点検システムが開示されている。 Patent Document 1 describes a plurality of cubicle devices installed inside a cubicle-type high-voltage power receiving equipment and equipped with a plurality of units that acquire sound, odor, temperature, images, etc., and a plurality of cubicle devices that are installed inside a cubicle-type high-voltage power receiving equipment, and each information is transmitted from the cubicle device via a network. An automatic cubicle security inspection system is disclosed, which comprises: an alarm output device for acquiring the information;
　特許文献２には、設備が配置された領域内の予め定められた位置に設置され、周辺の予め定めた範囲に配置されている自機器の点検対象に属している設備に設置された計測機器が計測した設備の状態を表す計測値を収集するデータ収集機器と、データ収集機器が収集した計測値を取得し、データ収集機器に属している設備に対して行う点検項目が示された点検簿の点検結果に、取得した計測値を反映させる巡回点検装置と、を備えた巡回点検システムが開示されている。 Patent Document 2 describes a measuring device that is installed at a predetermined position within an area where the equipment is arranged, and that is installed in equipment that is subject to inspection of its own equipment that is located in a predetermined area around the equipment. A data collection device that collects measured values representing the condition of the equipment measured by the data collection device, and an inspection book that shows the inspection items to be performed on the equipment belonging to the data collection device after acquiring the measured values collected by the data collection device. A patrol inspection system is disclosed that includes a patrol inspection device that reflects the acquired measured values in the inspection results of the vehicle.
国際公開第２０２０／１７１１８９号International Publication No. 2020/171189 特開２０１８－７３３６８号公報JP 2018-73368 Publication
　しかしながら、上記特許文献１に記載のキュービクル自動保安点検システは、作業者の五感による点検を代替するために、多種多様なセンサを搭載する必要があるため、構成および制御が複雑になる、という問題があった。 However, the cubicle automatic safety inspection system described in Patent Document 1 needs to be equipped with a wide variety of sensors in order to replace inspection using the operator's five senses, resulting in a complicated configuration and control. was there.
　また、上記特許文献２に記載の巡回点検システムは、故障の有無に関係なく定期的に点検を実施するＴｉｍｅ　Ｂａｓｅｄ　Ｍａｉｎｔｅｎａｎｃｅ（ＴＢＭ）により点検が実施されるため、過剰な頻度での点検の実施を抑制できない、という問題があった。 In addition, the patrol inspection system described in Patent Document 2 performs inspections using Time Based Maintenance (TBM), which performs periodic inspections regardless of the presence or absence of a failure, so inspections may not be performed excessively frequently. The problem was that it could not be suppressed.
　本開示は、上記に鑑みてなされたものであって、簡単な構成で設備が保守点検を必要とする状態にあることを判定して、点検が必要な設備の点検作業の実施を要請する情報を生成可能な点検計画作成サポートシステムを得ることを目的とする。 This disclosure has been made in view of the above, and includes information that uses a simple configuration to determine that equipment is in a state that requires maintenance and inspection, and requests implementation of inspection work for equipment that requires inspection. The purpose of this study is to obtain an inspection plan creation support system that can generate inspection plans.
　上述した課題を解決し、目的を達成するために、本開示にかかる点検計画作成サポートシステムは、サーバと、サーバと通信可能であり、設備の稼働状態を計測して計測結果である稼働データをサーバに送信する設備計測装置と、を備える。サーバは、設備の仕様の情報である設備仕様情報と、設備の稼働状態を示す情報であって稼働データからなる設備稼働情報と、設備が故障した場合における被害が大きい設備を評価する情報である設備重要度情報と、設備の設備保守に関する情報である設備保守情報とに基づいて、設備の劣化のレベルを示す情報である経年スコアを算出する経年情報処理部と、を備える。サーバは、経年スコアに基づいて設備の点検作業の実施を要請する旨の点検要請情報を生成する点検計画処理部と、サーバの外部の装置との間で通信を行う通信部と、を備える。 In order to solve the above-mentioned problems and achieve the purpose, the inspection plan creation support system according to the present disclosure is capable of communicating with a server, measures the operating status of equipment, and transmits operating data that is the measurement result. and an equipment measuring device that transmits data to the server. The server has equipment specification information that is information about equipment specifications, equipment operation information that is information that shows the operating status of equipment and is made up of operation data, and information that evaluates equipment that will suffer major damage in the event of equipment failure. The apparatus includes an aging information processing unit that calculates an aging score, which is information indicating the level of deterioration of the equipment, based on equipment importance information and equipment maintenance information, which is information regarding equipment maintenance of the equipment. The server includes an inspection plan processing unit that generates inspection request information requesting implementation of equipment inspection work based on the aging score, and a communication unit that communicates with devices external to the server.
　本開示にかかる点検計画作成サポートシステムによれば、簡単な構成で設備が保守点検を必要とする状態にあることを判定して、点検が必要な設備の点検作業の実施を要請する情報を生成可能である、という効果を奏する。 According to the inspection plan creation support system according to the present disclosure, with a simple configuration, it is determined that equipment is in a state that requires maintenance and inspection, and information is generated that requests implementation of inspection work for equipment that requires inspection. It has the effect that it is possible.
実施の形態１にかかる点検計画作成サポートシステムの構成の一例を示す図A diagram showing an example of the configuration of an inspection plan creation support system according to Embodiment 1. 実施の形態１にかかる点検計画作成サポートシステムに含まれる点検情報端末の構成の一例を示す図A diagram showing an example of the configuration of an inspection information terminal included in the inspection plan creation support system according to Embodiment 1. 実施の形態１にかかる点検計画作成サポートシステムに含まれる設備計測装置の通信装置の構成の一例を示す図A diagram showing an example of a configuration of a communication device of an equipment measuring device included in the inspection plan creation support system according to the first embodiment. 実施の形態１にかかる点検計画作成サポートシステムに含まれる設備計測装置の温度計測装置と湿度計測装置と電気計測装置との構成の一例を示す図A diagram showing an example of a configuration of a temperature measuring device, a humidity measuring device, and an electric measuring device of the equipment measuring device included in the inspection plan creation support system according to the first embodiment. 実施の形態１にかかる点検計画作成サポートシステムに含まれるサーバの構成の一例を示す図A diagram showing an example of the configuration of a server included in the inspection plan creation support system according to the first embodiment. 実施の形態１にかかる点検計画作成サポートシステムに含まれるサーバの設備仕様情報記憶部に格納される設備仕様情報の一例を示す図A diagram showing an example of equipment specification information stored in the equipment specification information storage unit of the server included in the inspection plan creation support system according to the first embodiment. 実施の形態１にかかる点検計画作成サポートシステムに含まれるサーバの設備稼働情報記憶部に格納される設備稼働情報の一例を示す図A diagram showing an example of equipment operation information stored in the equipment operation information storage unit of the server included in the inspection plan creation support system according to the first embodiment. 実施の形態１にかかる点検計画作成サポートシステムに含まれるサーバの設備重要度情報記憶部に格納される設備重要度点数表の一例を示す図A diagram showing an example of an equipment importance score table stored in an equipment importance information storage unit of a server included in the inspection plan creation support system according to the first embodiment. 実施の形態１にかかる点検計画作成サポートシステムに含まれるサーバの設備重要度情報記憶部に格納される設備重要度別補正倍率表の一例を示す図A diagram showing an example of a correction magnification table by equipment importance stored in the equipment importance information storage unit of the server included in the inspection plan creation support system according to the first embodiment. 実施の形態１にかかる点検計画作成サポートシステムに含まれるサーバの経年スコア情報記憶部に格納される経年情報テーブルの一例を示す図A diagram showing an example of an aging information table stored in an aging score information storage unit of a server included in the inspection plan creation support system according to the first embodiment. 実施の形態１にかかる点検計画作成サポートシステムに含まれるサーバの経年スコア情報記憶部に格納される経年スコア加算テーブルの一例を示す図A diagram showing an example of an aging score addition table stored in an aging score information storage unit of a server included in the inspection plan creation support system according to the first embodiment. 実施の形態１にかかる点検計画作成サポートシステムに含まれるサーバの経年スコア情報記憶部に格納される経年スコア修正テーブルの一例を示す図A diagram showing an example of an aging score correction table stored in an aging score information storage unit of a server included in the inspection plan creation support system according to the first embodiment. 実施の形態１にかかる点検計画作成サポートシステムに含まれるサーバの経年スコア情報記憶部に格納される評価点テーブルの一例を示す図A diagram showing an example of an evaluation point table stored in the aging score information storage unit of the server included in the inspection plan creation support system according to the first embodiment. 実施の形態１にかかる点検計画作成サポートシステムに含まれるサーバの経年スコア情報記憶部に格納される修正係数テーブルの一例を示す図A diagram showing an example of a correction coefficient table stored in the aging score information storage unit of the server included in the inspection plan creation support system according to the first embodiment. 実施の形態１にかかる点検計画作成サポートシステムに含まれる点検情報端末におけるデータ処理の一例を示すフローチャートFlowchart showing an example of data processing in the inspection information terminal included in the inspection plan creation support system according to the first embodiment 実施の形態１にかかる点検計画作成サポートシステムに含まれる通信装置の稼働データ応答処理の一例を示すフローチャートFlowchart showing an example of operation data response processing of a communication device included in the inspection plan creation support system according to the first embodiment 実施の形態１にかかる点検計画作成サポートシステムに含まれるサーバの経年スコア加算処理の一例を示すフローチャートFlowchart showing an example of aging score addition processing of a server included in the inspection plan creation support system according to the first embodiment 実施の形態１にかかる点検計画作成サポートシステムに含まれるサーバの経年スコア修正処理の一例を示すフローチャートFlowchart showing an example of server aging score correction processing included in the inspection plan creation support system according to the first embodiment 実施の形態１にかかる点検計画作成サポートシステムにおける処理において関係し合う情報の流れを示す図A diagram showing the flow of information related to processing in the inspection plan creation support system according to Embodiment 1. 実施の形態２にかかる点検計画作成サポートシステムの構成の一例を示す図A diagram showing an example of the configuration of an inspection plan creation support system according to Embodiment 2. 実施の形態２にかかる点検計画作成サポートシステムに含まれる点検情報端末の構成の一例を示す図A diagram showing an example of the configuration of an inspection information terminal included in the inspection plan creation support system according to Embodiment 2. 実施の形態２にかかる点検計画作成サポートシステムに含まれる点検情報端末の点検対象情報記憶部に記憶される点検対象情報の一例を示す図A diagram showing an example of inspection target information stored in the inspection target information storage unit of the inspection information terminal included in the inspection plan creation support system according to the second embodiment. 実施の形態２にかかる点検計画作成サポートシステムの保守点検情報処理の一例を示すフローチャートFlowchart showing an example of maintenance inspection information processing of the inspection plan creation support system according to the second embodiment 実施の形態１または２の点検情報端末のハードウェアの構成例を示す図A diagram showing an example of a hardware configuration of an inspection information terminal according to Embodiment 1 or 2. 実施の形態１または２の通信装置およびサーバのそれぞれのハードウェアの構成例を示す図A diagram showing an example of a hardware configuration of a communication device and a server according to Embodiment 1 or 2.
　以下に、実施の形態にかかる点検計画作成サポートシステム、サーバおよび点検計画作成プログラムを図面に基づいて詳細に説明する。 Below, an inspection plan creation support system, a server, and an inspection plan creation program according to an embodiment will be explained in detail based on the drawings.
実施の形態１．
　図１は、実施の形態１にかかる点検計画作成サポートシステム１００の構成の一例を示す図である。点検計画作成サポートシステム１００は、設備の保守点検業務を担う点検作業者が行う点検計画に関する情報および点検結果の記録に関する情報の表示または入力を行うための端末である点検情報端末１と、設備が設置されている場所の周囲に設置されて設備の稼働状態の情報を取得するための装置である設備計測装置２と、サービス提供者のサーバ３と、を備える。点検計画作成サポートシステム１００には、ユーザが使用する点検情報端末１も含まれる。サーバ３は、ネットワーク４を介して、点検情報端末１および設備計測装置２の各々との通信を行う。 Embodiment 1.
FIG. 1 is a diagram showing an example of the configuration of an inspection plan creation support system 100 according to the first embodiment. The inspection plan creation support system 100 includes an inspection information terminal 1, which is a terminal for displaying or inputting information regarding inspection plans and records of inspection results performed by inspection workers who are in charge of maintenance and inspection work for equipment; The equipment includes an equipment measuring device 2, which is a device installed around the installed location to obtain information on the operating status of the equipment, and a server 3 of a service provider. The inspection plan creation support system 100 also includes an inspection information terminal 1 used by the user. The server 3 communicates with each of the inspection information terminal 1 and the equipment measuring device 2 via the network 4.
　点検計画作成サポートシステム１００では、サーバ３が、設備保守における点検の対象設備である点検対象設備が保守点検を必要とする状態にあることを判定し、点検が必要な設備の点検作業の実施を要請する旨の点検要請情報を生成し、点検要請情報を点検情報端末１に送信することにより、設備についての点検計画の立案をサポートする。 In the inspection plan creation support system 100, the server 3 determines that the equipment to be inspected, which is the equipment to be inspected during equipment maintenance, is in a state that requires maintenance and inspection, and executes the inspection work for the equipment that requires inspection. By generating inspection request information indicating a request and transmitting the inspection request information to the inspection information terminal 1, it supports planning of an inspection plan for the equipment.
　点検情報端末１および設備計測装置２は、ネットワーク４を介した通信が可能な環境下において使用される。点検作業者は、サービス提供者が開設しているサーバ３に、点検情報端末１からネットワーク４を介してアクセスする。 The inspection information terminal 1 and the equipment measuring device 2 are used in an environment where communication via the network 4 is possible. An inspection worker accesses a server 3 established by a service provider via a network 4 from an inspection information terminal 1.
　図２は、実施の形態１にかかる点検計画作成サポートシステム１００に含まれる点検情報端末１の構成の一例を示す図である。点検情報端末１は、例えばデスクトップパーソナルコンピュータといったパーソナルコンピュータである。また、点検情報端末１には、スマートフォンおよびタブレット端末またはノートブックといった汎用の携帯端末を用いることができる。点検情報端末１には、点検計画作成サポートシステム１００における設備についての点検計画の立案のサポート機能を実現するための、設備の保守点検情報の入力、記憶および送信を実行する保守点検情報処理プログラムがインストールされている。 FIG. 2 is a diagram showing an example of the configuration of the inspection information terminal 1 included in the inspection plan creation support system 100 according to the first embodiment. The inspection information terminal 1 is, for example, a personal computer such as a desktop personal computer. Further, as the inspection information terminal 1, a general-purpose mobile terminal such as a smartphone, a tablet terminal, or a notebook can be used. The inspection information terminal 1 includes a maintenance and inspection information processing program that inputs, stores, and transmits maintenance and inspection information for equipment in order to realize a support function for drawing up an inspection plan for equipment in the inspection plan creation support system 100. Installed.
　点検情報端末１は、設備についての点検計画の立案をサポートするために、設備の保守点検情報の入力、記憶およびサーバ３への送信に関わる処理を実行する。 The inspection information terminal 1 executes processing related to inputting, storing, and transmitting equipment maintenance/inspection information to the server 3 in order to support planning of an inspection plan for the equipment.
　点検情報端末１は、端末通信部１１と、設備保守情報記憶部１２と、設備保守情報処理部１３と、表示部１４と、入力部１５と、端末記憶部１６と、端末制御部１７と、を備える。上記の点検情報端末１の各構成部は、互いに情報の送受信が可能である。 The inspection information terminal 1 includes a terminal communication section 11, an equipment maintenance information storage section 12, an equipment maintenance information processing section 13, a display section 14, an input section 15, a terminal storage section 16, a terminal control section 17, Equipped with Each component of the inspection information terminal 1 described above is capable of transmitting and receiving information to and from each other.
　端末通信部１１は、点検情報端末１の外部の装置との間で通信を行う。端末通信部１１は、有線通信または無線通信によってネットワーク４に接続される。端末通信部１１は、ネットワーク４を介してサーバ３との間におけるデータの送受信を行う。 The terminal communication unit 11 communicates with devices external to the inspection information terminal 1. The terminal communication unit 11 is connected to the network 4 by wired communication or wireless communication. The terminal communication unit 11 transmits and receives data to and from the server 3 via the network 4.
　設備保守情報記憶部１２は、設備の設備保守に関する情報である設備保守情報を記憶する。設備保守には、設備の点検の他に、設備の部品の交換および設備自体の更新といった設備のメンテナンスが含まれる。 The equipment maintenance information storage unit 12 stores equipment maintenance information that is information related to equipment maintenance of equipment. Equipment maintenance includes not only equipment inspection but also equipment maintenance such as replacing equipment parts and updating the equipment itself.
　設備保守情報は、設備の設備保守に関する情報であり、点検記録情報およびメンテナンス記録情報が含まれる。 Equipment maintenance information is information related to equipment maintenance of equipment, and includes inspection record information and maintenance record information.
　点検記録情報は、保守点検の対象設備である点検対象設備の点検についての情報である。点検記録情報は、設備管理のための保守点検の対象設備である点検対象設備に対応して予め決められた点検箇所の情報および点検項目の情報と、点検を実施した結果の情報である点検結果の情報と、を含む情報である。点検記録情報は、設備保守情報記憶部１２に記憶された点検表に入力されて記憶されている。点検記録情報は、点検作業者が設備点検を実施した際に当該点検作業者によって作成され、点検実施日の情報および点検結果の情報が入力部１５を用いて点検情報端末１に入力され、点検表に記録される。 The inspection record information is information about the inspection of the equipment to be inspected, which is the equipment to be inspected for maintenance. Inspection record information includes information on inspection points and inspection items that are predetermined for equipment that is subject to maintenance and inspection for equipment management, and inspection results that are information on the results of inspections. The information includes the following information. The inspection record information is input and stored in an inspection table stored in the equipment maintenance information storage section 12. The inspection record information is created by the inspection worker when the inspection worker conducts the equipment inspection, and information on the inspection date and inspection results is input into the inspection information terminal 1 using the input unit 15, and the inspection record information is created by the inspection worker when the inspection worker conducts the equipment inspection. recorded in the table.
　メンテナンス記録情報は、点検対象設備のメンテナンスについての情報である。メンテナンス記録情報は、設備の部品交換の情報または設備更新の情報を含む情報である。メンテナンス記録情報は、設備保守情報記憶部１２に記憶されたメンテナンス表に入力されて記憶されている。メンテナンス記録情報は、点検作業者が設備の部品交換または設備自体の更新を実施した際に当該点検作業者によって作成され、部品交換の実施日、部品交換の交換内容、設備自体の更新の実施日および設備自体の更新の更新内容といった情報が入力部１５を用いて入力され、メンテナンス表に記録される。 The maintenance record information is information about the maintenance of the equipment to be inspected. The maintenance record information is information including information on replacing parts of equipment or information on updating equipment. The maintenance record information is input and stored in a maintenance table stored in the equipment maintenance information storage section 12. Maintenance record information is created by an inspection worker when the inspection worker replaces a part of equipment or updates the equipment itself, and includes the date of part replacement, the content of the part replacement, and the date of update of the equipment itself. Information such as update details of the equipment itself and updates are input using the input unit 15 and recorded in the maintenance table.
　設備保守情報処理部１３は、設備の設備保守に関する情報の処理を行い、設備保守情報の入力、記憶および送信といった処理を行う。設備保守情報処理部１３は、設備保守情報記憶部１２に記憶されている点検記録情報またはメンテナンス記録情報を取得し、取得した点検記録情報またはメンテナンス記録情報を表示部１４に表示させる。また、設備保守情報処理部１３は、設備保守情報記憶部１２から取得した点検記録情報またはメンテナンス記録情報を、端末通信部１１を介してサーバ３に送信する。具体的に、設備保守情報処理部１３は、点検記録情報またはメンテナンス記録情報を設備保守情報記憶部１２から取得し、取得した点検記録情報またはメンテナンス記録情報の送信用データを作成する。設備保守情報処理部１３は、作成した送信用データを、端末通信部１１を介してサーバ３に送信する。 The equipment maintenance information processing unit 13 processes information related to equipment maintenance of equipment, and performs processing such as inputting, storing, and transmitting equipment maintenance information. The equipment maintenance information processing unit 13 acquires the inspection record information or maintenance record information stored in the equipment maintenance information storage unit 12 and causes the display unit 14 to display the acquired inspection record information or maintenance record information. Additionally, the equipment maintenance information processing unit 13 transmits the inspection record information or maintenance record information acquired from the equipment maintenance information storage unit 12 to the server 3 via the terminal communication unit 11. Specifically, the equipment maintenance information processing unit 13 acquires inspection record information or maintenance record information from the equipment maintenance information storage unit 12, and creates transmission data of the acquired inspection record information or maintenance record information. The equipment maintenance information processing unit 13 transmits the created transmission data to the server 3 via the terminal communication unit 11.
　また、設備保守情報処理部１３は、サーバ３から点検計画情報を取得して、当該点検計画情報を設備保守情報記憶部１２に記憶させる。 Additionally, the equipment maintenance information processing unit 13 acquires inspection plan information from the server 3 and stores the inspection plan information in the equipment maintenance information storage unit 12.
　点検計画情報は、点検対象設備の情報、点検対象設備の次回以降の点検実施予定日の情報である点検実施予定日情報と、点検対象設備の点検種別の情報である点検種別情報と、を含む点検対象設備の点検計画の情報である。点検対象設備の情報には、設備が設置されている位置の情報である、設備設置位置情報が含まれる。点検種別情報には、日常の巡視による点検である日常巡視点検において実施される点検種別の情報と、定期的に実施される定期点検において実施される点検種別の情報と、が含まれる。 The inspection plan information includes information on the equipment to be inspected, scheduled inspection date information that is information on the next scheduled inspection date of the equipment to be inspected, and inspection type information that is information on the type of inspection of the equipment to be inspected. This is information on the inspection plan for the equipment to be inspected. The information on the equipment to be inspected includes equipment installation position information, which is information on the position where the equipment is installed. The inspection type information includes information on the type of inspection carried out in a daily patrol inspection, which is an inspection carried out on a daily basis, and information on the type of inspection carried out in a periodic inspection carried out periodically.
　表示部１４は、液晶ディスプレイまたは有機ＥＬ（Organic　ElectroLuminescence）ディスプレイといった表示装置により実現される。表示部１４は、設備保守情報記憶部１２に記憶されている点検記録情報またはメンテナンス記録情報を表示する。 The display unit 14 is realized by a display device such as a liquid crystal display or an organic electroluminescence (EL) display. The display unit 14 displays inspection record information or maintenance record information stored in the equipment maintenance information storage unit 12.
　入力部１５は、キーボード、マウスまたはタッチパネル等といった入力装置により実現される。入力部１５には、点検記録情報またはメンテナンス記録情報が入力される。 The input unit 15 is realized by an input device such as a keyboard, a mouse, or a touch panel. Inspection record information or maintenance record information is input to the input unit 15 .
　端末記憶部１６は、点検情報端末１の制御に必要な各種の情報を記憶する。 The terminal storage unit 16 stores various information necessary for controlling the inspection information terminal 1.
　端末制御部１７は、点検情報端末１全体の動作を制御する。また、端末制御部１７は、各種情報を表示部１４に表示させる制御を行う。すなわち、端末制御部１７は、画像処理部としての機能および表示制御部としての機能を有する。 The terminal control unit 17 controls the operation of the inspection information terminal 1 as a whole. Further, the terminal control unit 17 controls displaying various information on the display unit 14. That is, the terminal control section 17 has a function as an image processing section and a display control section.
　つぎに、設備計測装置２について説明する。設備計測装置２は、設備の使用環境における設備の稼働状態を示すデータである設備の稼働データを取得し、サーバ３に送信する。図１に示すように、設備計測装置２は、通信装置２１と、温度計測装置２２と、湿度計測装置２３と、電気計測装置２４と、を備える。 Next, the equipment measuring device 2 will be explained. The equipment measuring device 2 acquires equipment operation data, which is data indicating the operating state of the equipment in the environment in which the equipment is used, and transmits it to the server 3 . As shown in FIG. 1, the equipment measuring device 2 includes a communication device 21, a temperature measuring device 22, a humidity measuring device 23, and an electrical measuring device 24.
　通信装置２１は、設備計測装置２の外部の装置との間で通信を行う。通信装置２１は、温度計測装置２２、湿度計測装置２３および電気計測装置２４の各装置が取得した稼働データを、ネットワーク４を介して接続されたサーバ３に送信する。すなわち、通信装置２１は、温度データ、湿度データおよび電気データといった稼働データを、ネットワーク４を介してサーバ３に送信する。 The communication device 21 communicates with devices external to the equipment measurement device 2. The communication device 21 transmits operating data acquired by each of the temperature measurement device 22, humidity measurement device 23, and electrical measurement device 24 to the server 3 connected via the network 4. That is, the communication device 21 transmits operating data such as temperature data, humidity data, and electrical data to the server 3 via the network 4.
　稼働データは、温度計測装置２２、湿度計測装置２３および電気計測装置２４といった計測装置によって取得される計測値のデータであり、設備の稼働状態を示すデータである。 The operating data is data of measurement values obtained by measuring devices such as the temperature measuring device 22, the humidity measuring device 23, and the electrical measuring device 24, and is data indicating the operating state of the equipment.
　図３は、実施の形態１にかかる点検計画作成サポートシステム１００に含まれる設備計測装置２の通信装置２１の構成の一例を示す図である。 FIG. 3 is a diagram showing an example of the configuration of the communication device 21 of the equipment measuring device 2 included in the inspection plan creation support system 100 according to the first embodiment.
　通信装置２１は、通信装置通信部２１１と、通信装置処理部２１２と、通信装置記憶部２１３と、通信装置制御部２１４と、を備える。通信装置処理部２１２は、稼働データ取得部２１２１と、稼働データ応答処理部２１２２と、を備える。上記の通信装置２１の各構成部は、互いに情報の送受信が可能である。 The communication device 21 includes a communication device communication section 211, a communication device processing section 212, a communication device storage section 213, and a communication device control section 214. The communication device processing section 212 includes an operation data acquisition section 2121 and an operation data response processing section 2122. Each component of the communication device 21 described above is capable of transmitting and receiving information to and from each other.
　通信装置通信部２１１は、通信装置２１の外部の装置との間で通信を行う。通信装置通信部２１１は、有線通信または無線通信によってネットワーク４に接続される。通信装置通信部２１１は、ネットワーク４を介してサーバ３との間におけるデータの送受信を行う。また、通信装置通信部２１１は、温度計測装置２２、湿度計測装置２３および電気計測装置２４との間で通信を行う。 The communication device communication unit 211 communicates with devices external to the communication device 21. The communication device communication unit 211 is connected to the network 4 by wired communication or wireless communication. The communication device communication unit 211 transmits and receives data to and from the server 3 via the network 4 . Further, the communication device communication unit 211 communicates with the temperature measuring device 22, the humidity measuring device 23, and the electrical measuring device 24.
　通信装置処理部２１２は、計測装置である温度計測装置２２、湿度計測装置２３および電気計測装置２４からの稼働データの取得処理を担う。また、通信装置処理部２１２は、サーバ３への稼働データの送信処理を担う。 The communication device processing unit 212 is responsible for acquiring operation data from the temperature measuring device 22, humidity measuring device 23, and electrical measuring device 24, which are measuring devices. Further, the communication device processing unit 212 is responsible for transmitting operation data to the server 3.
　稼働データ取得部２１２１は、稼働データを計測装置から取得する。すなわち、稼働データ取得部２１２１は、温度計測装置２２、湿度計測装置２３および電気計測装置２４から、各々の計測装置の計測値を、通信装置通信部２１１を介して取得する。稼働データ取得部２１２１は、稼働データ応答処理部２１２２から稼働データの取得を要求された場合に、計測装置から計測値を取得する。また、稼働データ取得部２１２１は、予め決められたスケジュールに従ったタイミングで、計測装置から計測値を取得する。稼働データ取得部２１２１は、取得した計測値を、稼働データとして稼働データ応答処理部２１２２に送信する。 The operation data acquisition unit 2121 acquires operation data from the measurement device. That is, the operation data acquisition unit 2121 acquires the measured values of each of the temperature measurement device 22, humidity measurement device 23, and electrical measurement device 24 via the communication device communication unit 211. The operation data acquisition unit 2121 acquires measured values from the measuring device when requested to acquire operation data from the operation data response processing unit 2122. Furthermore, the operation data acquisition unit 2121 acquires measured values from the measuring device at a timing according to a predetermined schedule. The operation data acquisition unit 2121 transmits the acquired measurement value to the operation data response processing unit 2122 as operation data.
　稼働データ応答処理部２１２２は、稼働データ取得部２１２１から取得した稼働データをサーバ３における後述するサーバ処理部３３の設備計測データ処理部３３１に送信する。稼働データ応答処理部２１２２は、稼働データ要求情報を設備計測データ処理部３３１から受信した場合に、稼働データ要求情報に対する応答として、稼働データを設備計測データ処理部３３１に送信する。具体的に、稼働データ応答処理部２１２２は、稼働データを稼働データ要求情報に対する応答信号に変換し、通信装置通信部２１１を介して当該応答信号を設備計測データ処理部３３１に送信する。 The operation data response processing unit 2122 transmits the operation data acquired from the operation data acquisition unit 2121 to the equipment measurement data processing unit 331 of the server processing unit 33 (described later) in the server 3. When the operation data response processing unit 2122 receives the operation data request information from the equipment measurement data processing unit 331, the operation data response processing unit 2122 transmits the operation data to the equipment measurement data processing unit 331 as a response to the operation data request information. Specifically, the operation data response processing section 2122 converts the operation data into a response signal to the operation data request information, and transmits the response signal to the equipment measurement data processing section 331 via the communication device communication section 211.
　ここで、通信装置２１がサーバ３に送信する稼働データが取得されるタイミングは、サーバ３の要求を受けたタイミングであってもよく、予め決められたスケジュールに従ったタイミングであってもよい。すなわち、通信装置２１は、サーバ３の要求を受けたタイミングで取得された稼働データをサーバ３に送信してもよく、予め決められたスケジュールに従ったタイミングで予め取得されている過去の稼働データをサーバ３に送信してもよい。通信装置２１は、サーバ３の要求を満たす稼働データをサーバ３に送信すればよい。 Here, the timing at which the operation data transmitted by the communication device 21 to the server 3 is acquired may be the timing at which a request from the server 3 is received, or may be at the timing according to a predetermined schedule. That is, the communication device 21 may transmit to the server 3 operation data acquired at the timing of receiving a request from the server 3, or past operation data acquired in advance at a timing according to a predetermined schedule. may be sent to the server 3. The communication device 21 may transmit operational data that satisfies the request of the server 3 to the server 3.
　稼働データ要求情報は、サーバ３のサーバ処理部３３の設備計測データ処理部３３１が稼働データ応答処理部２１２２に稼働データの送信を要求する旨の要求情報である。 The operation data request information is request information that the equipment measurement data processing section 331 of the server processing section 33 of the server 3 requests the operation data response processing section 2122 to transmit operation data.
　通信装置記憶部２１３は、通信装置２１の制御に必要な各種の情報を記憶する。 The communication device storage unit 213 stores various information necessary for controlling the communication device 21.
　通信装置制御部２１４は、通信装置２１全体の動作を制御する。 The communication device control unit 214 controls the operation of the communication device 21 as a whole.
　つぎに、計測装置である、温度計測装置２２、湿度計測装置２３および電気計測装置２４について説明する。 Next, the temperature measurement device 22, humidity measurement device 23, and electrical measurement device 24, which are measurement devices, will be explained.
　温度計測装置２２は、設備の周囲あるいは内部の予め決められた設置個所に配置され、設備の使用環境における温度データである、設備の周囲の温度である周囲温度データを取得する。温度計測装置２２は、設置個所の周囲の空気の温度を計測し、計測した計測値を設備の使用環境における温度データとして取得する。温度計測装置２２は、計測値の情報を通信装置２１の通信装置処理部２１２の稼働データ取得部２１２１に送信する。 The temperature measurement device 22 is placed at a predetermined installation location around or inside the equipment, and acquires ambient temperature data, which is the temperature around the equipment, which is temperature data in the usage environment of the equipment. The temperature measurement device 22 measures the temperature of the air around the installation location, and acquires the measured value as temperature data in the usage environment of the equipment. The temperature measurement device 22 transmits information on the measured value to the operation data acquisition section 2121 of the communication device processing section 212 of the communication device 21 .
　湿度計測装置２３は、設備の周囲あるいは内部の予め決められた設置個所に配置され、設備の使用環境における湿度データである、設備の周囲の湿度である周囲湿度データを取得する。湿度計測装置２３は、設置個所の周囲の空気の湿度を計測し、計測した計測値を設備の使用環境における湿度データとして取得する。湿度計測装置２３は、計測値の情報を通信装置２１の通信装置処理部２１２の稼働データ取得部２１２１に送信する。 The humidity measuring device 23 is placed at a predetermined installation location around or inside the equipment, and acquires ambient humidity data, which is the humidity around the equipment, which is humidity data in the usage environment of the equipment. The humidity measuring device 23 measures the humidity of the air around the installation location, and acquires the measured value as humidity data in the environment in which the equipment is used. The humidity measuring device 23 transmits information on the measured value to the operation data acquisition section 2121 of the communication device processing section 212 of the communication device 21 .
　電気計測装置２４は、設備に電力を供給するための動力盤の内部の電線、設備の制御盤の内部の電線、または設備内部の予め決められた設置個所に配置され、設備に給電される通電電流のデータである電気データを取得する。電気計測装置２４は、設備に供給される電流値を計測し、計測した計測値を設備に給電される電気データとして取得する。電気計測装置２４は、計測値の情報を通信装置２１の通信装置処理部２１２の稼働データ取得部２１２１に送信する。 The electrical measuring device 24 is placed on an electric wire inside a power panel for supplying power to the equipment, an electric wire inside a control panel of the equipment, or at a predetermined installation location inside the equipment, and is used to conduct electricity to supply power to the equipment. Obtain electrical data, which is current data. The electrical measuring device 24 measures the current value supplied to the equipment, and acquires the measured value as electrical data supplied to the equipment. The electrical measuring device 24 transmits information on the measured value to the operation data acquisition section 2121 of the communication device processing section 212 of the communication device 21 .
　温度計測装置２２において取得される温度データ、湿度計測装置２３において取得される湿度データ、および電気計測装置２４において取得される電気データは、計測装置の計測値であり、設備の稼働データである。したがって、温度計測装置２２、湿度計測装置２３および電気計測装置２４は、設備の使用環境における設備の稼働状態を示すデータである、設備の稼働データを取得する稼働データ取得部といえる。 The temperature data acquired by the temperature measuring device 22, the humidity data acquired by the humidity measuring device 23, and the electrical data acquired by the electrical measuring device 24 are measured values of the measuring device and are operation data of the equipment. Therefore, the temperature measurement device 22, the humidity measurement device 23, and the electrical measurement device 24 can be said to be an operation data acquisition unit that acquires operation data of the equipment, which is data indicating the operating state of the equipment in the environment in which the equipment is used.
　図４は、実施の形態１にかかる点検計画作成サポートシステム１００に含まれる設備計測装置２の温度計測装置２２と湿度計測装置２３と電気計測装置２４との構成の一例を示す図である。温度計測装置２２と湿度計測装置２３と電気計測装置２４とは、計測する対象が異なるが、基本的な機能構成は同じである。ここでは、温度計測装置２２と湿度計測装置２３と電気計測装置２４との基本的な機能構成を有する計測装置２５の構成について説明する。計測装置２５は、計測部２５１と、計測通信部２５２と、計測記憶部２５３と、計測制御部２５４と、を有する。 FIG. 4 is a diagram showing an example of the configuration of the temperature measuring device 22, humidity measuring device 23, and electrical measuring device 24 of the equipment measuring device 2 included in the inspection plan creation support system 100 according to the first embodiment. Although the temperature measuring device 22, the humidity measuring device 23, and the electrical measuring device 24 measure different objects, they have the same basic functional configuration. Here, the configuration of a measuring device 25 having a basic functional configuration of a temperature measuring device 22, a humidity measuring device 23, and an electrical measuring device 24 will be described. The measurement device 25 includes a measurement section 251, a measurement communication section 252, a measurement storage section 253, and a measurement control section 254.
　計測部２５１は、計測装置２５が計測対象とする物理量を計測する。計測通信部２５２は、通信装置２１との間で通信を行う。計測制御部２５４は、計測装置２５の動作を制御する。計測記憶部２５３は、計測装置２５の制御に用いられる各種の情報を記憶する。計測記憶部２５３は、計測装置２５で計測された計測値を記憶する。 The measuring unit 251 measures the physical quantity that the measuring device 25 targets for measurement. The measurement communication unit 252 communicates with the communication device 21. The measurement control unit 254 controls the operation of the measurement device 25. The measurement storage unit 253 stores various information used to control the measurement device 25. The measurement storage unit 253 stores measurement values measured by the measurement device 25.
　計測制御部２５４は、通信装置２１の稼働データ取得部２１２１から送信される動作指示情報を、計測通信部２５２を介して受信し、動作指示情報に基づいて計測装置２５の動作を制御する。すなわち、計測制御部２５４は、動作指示情報に基づいて計測装置２５の稼働および停止の動作を制御する。計測制御部２５４は、計測部２５１における計測結果の情報である計測値の情報を、計測通信部２５２を介して、稼働データ取得部２１２１に送信する。 The measurement control unit 254 receives operation instruction information transmitted from the operation data acquisition unit 2121 of the communication device 21 via the measurement communication unit 252, and controls the operation of the measurement device 25 based on the operation instruction information. That is, the measurement control unit 254 controls the operation and stopping of the measurement device 25 based on the operation instruction information. The measurement control unit 254 transmits information on measurement values, which is information on measurement results in the measurement unit 251, to the operation data acquisition unit 2121 via the measurement communication unit 252.
　また、計測制御部２５４は、予め決められた稼働スケジュールに従ったタイミングで計測装置２５の動作を制御する。すなわち、計測制御部２５４は、予め決められた稼働スケジュールに基づいて計測装置２５の稼働および停止の動作を制御する。稼働スケジュールは、予め決められて計測制御部２５４または計測記憶部２５３に記憶されている。計測部２５１と計測通信部２５２と計測記憶部２５３と計測制御部２５４とは、互いに情報の送受信が可能である。 Furthermore, the measurement control unit 254 controls the operation of the measurement device 25 at a timing according to a predetermined operation schedule. That is, the measurement control unit 254 controls the operation and stopping of the measurement device 25 based on a predetermined operation schedule. The operation schedule is determined in advance and stored in the measurement control section 254 or the measurement storage section 253. The measurement section 251, the measurement communication section 252, the measurement storage section 253, and the measurement control section 254 can exchange information with each other.
　図５は、実施の形態１にかかる点検計画作成サポートシステム１００に含まれるサーバ３の構成の一例を示す図である。サーバ３は、点検計画作成プログラムがインストールされたコンピュータシステムである。点検計画作成プログラムは、実施の形態１における点検計画作成処理に必要な機能を実現するためのプログラムである。点検計画作成処理は、設備保守における点検の対象設備である点検対象設備が保守点検を必要とする状態にあることを判定し、点検が必要な設備の点検作業の実施を要請する旨の点検要請情報を生成し、点検要請情報を点検情報端末１に送信する処理である。 FIG. 5 is a diagram showing an example of the configuration of the server 3 included in the inspection plan creation support system 100 according to the first embodiment. The server 3 is a computer system in which an inspection plan creation program is installed. The inspection plan creation program is a program for realizing the functions necessary for the inspection plan creation process in the first embodiment. The inspection plan creation process determines that the equipment to be inspected, which is the equipment subject to inspection in equipment maintenance, is in a state that requires maintenance and inspection, and makes an inspection request to request implementation of inspection work for the equipment that requires inspection. This is a process of generating information and transmitting inspection request information to the inspection information terminal 1.
　サーバ３は、点検計画作成プログラムに従って、設備保守における点検の対象設備である点検対象設備が保守点検を必要とする状態にあることを判定し、点検が必要な設備の点検作業の実施を要請する旨の点検要請情報を生成し、点検要請情報を点検情報端末１に送信することにより、作業者または設備管理者が行う設備についての点検計画の立案をサポートする。 In accordance with the inspection plan creation program, the server 3 determines that the equipment to be inspected, which is the equipment to be inspected during equipment maintenance, is in a state that requires maintenance and inspection, and requests implementation of inspection work for the equipment that requires inspection. By generating inspection request information and transmitting the inspection request information to the inspection information terminal 1, it is possible to support a worker or an equipment manager in drawing up an inspection plan for the equipment.
　サーバ３は、サーバ通信部３１と、サーバ記憶部３２と、サーバ処理部３３と、サーバ制御部３４と、を備える。 The server 3 includes a server communication section 31, a server storage section 32, a server processing section 33, and a server control section 34.
　サーバ通信部３１は、サーバ３の外部の装置との間で通信を行う。 The server communication unit 31 communicates with devices external to the server 3.
　サーバ記憶部３２は、点検情報端末１の制御に必要な各種の情報および点検計画作成に必要な各種の情報を記憶する記憶部である。サーバ記憶部３２は、設備仕様情報記憶部３２１と、設備稼働情報記憶部３２２と、設備重要度情報記憶部３２３と、設備保守情報記憶部３２４と、経年スコア情報記憶部３２５と、点検計画情報記憶部３２６と、を記憶する。 The server storage unit 32 is a storage unit that stores various information necessary for controlling the inspection information terminal 1 and various information necessary for creating an inspection plan. The server storage section 32 includes an equipment specification information storage section 321, an equipment operation information storage section 322, an equipment importance information storage section 323, an equipment maintenance information storage section 324, an aging score information storage section 325, and an inspection plan information storage section. A storage unit 326 is stored therein.
　設備仕様情報記憶部３２１は、設備仕様情報を記憶する。 The equipment specification information storage unit 321 stores equipment specification information.
　設備仕様情報は、設備の製造元から当該設備の使用条件として提示されている、設備の仕様についての情報である。設備仕様情報は、設備の使用環境として想定されている設備の周囲の温度である標準周囲温度、設備の使用環境として想定されている設備の周囲の湿度である標準周囲湿度、設備の定格電流値および設備の耐用年数の情報を含む。耐用年数の情報には、設備本体の耐用年数の情報と、設備本体の耐用年数未満において交換または修繕を実施する必要がある消耗部品の耐用年数の情報と、が含まれる。設備仕様情報は、点検情報端末１からサーバ３に入力されて設備仕様情報記憶部３２１に記憶される。なお、設備仕様情報は、点検情報端末１以外の装置からサーバ３に入力されてもよい。 The equipment specification information is information about the equipment specifications presented by the equipment manufacturer as the usage conditions of the equipment. The equipment specification information includes the standard ambient temperature that is the temperature around the equipment that is assumed to be the usage environment of the equipment, the standard ambient humidity that is the humidity around the equipment that is assumed to be the usage environment of the equipment, and the rated current value of the equipment. and equipment service life information. The service life information includes information on the service life of the equipment itself and information on the service life of consumable parts that need to be replaced or repaired before the service life of the equipment main body. Equipment specification information is input from the inspection information terminal 1 to the server 3 and stored in the equipment specification information storage section 321. Note that the equipment specification information may be input to the server 3 from a device other than the inspection information terminal 1.
　設備稼働情報記憶部３２２は、稼働情報を記憶する。稼働情報は、異なる複数種類の稼働データを含む。稼働データは、設備計測装置２から取得される、設備の稼働状態を示すデータである。設備稼働情報記憶部３２２に記憶される稼働データは、設備の周囲温度データと、設備の周囲湿度データと、設備の電気データとが例示される。稼働データは、当該データが計測された時刻の情報と関連付けられた情報として取り扱われて記憶される。 The equipment operation information storage unit 322 stores operation information. The operating information includes a plurality of different types of operating data. The operation data is data obtained from the equipment measuring device 2 and indicating the operating state of the equipment. Examples of the operation data stored in the equipment operation information storage unit 322 include equipment ambient temperature data, equipment ambient humidity data, and equipment electrical data. The operating data is handled and stored as information associated with information on the time at which the data was measured.
　また、設備稼働情報記憶部３２２は、設備の稼働開始から累積される稼働時間の情報である累積稼働時間情報を記憶する。 Additionally, the equipment operation information storage unit 322 stores cumulative operation time information, which is information on the operation time accumulated from the start of operation of the equipment.
　設備重要度情報記憶部３２３は、設備重要度情報を記憶する。 The equipment importance information storage unit 323 stores equipment importance information.
　設備重要度情報は、設備が故障した場合に、大きな被害を受ける可能性が高い設備を評価する情報である。設備重要度情報は、例えば、一か月あたりの設備稼働時間、設備が故障した場合の設備停止による影響範囲、設備が故障した場合に故障から復旧までに必要な日数、設備購入費用といった複数の項目の情報と、各項目に対する評価点の情報と、を含む。また、設備重要度情報は、点検対象の設備に対して後述する経年情報処理部３３３において計算される経年スコアを加算する際に評価点の合計点数に対応して設備重要度を加味するための補正値の情報を含む。 Equipment importance information is information that evaluates equipment that is likely to suffer major damage in the event of equipment failure. Equipment importance information includes multiple factors, such as equipment operating hours per month, scope of impact due to equipment stoppage in the event of equipment failure, number of days required from failure to recovery in the event of equipment failure, and equipment purchase cost. It includes item information and evaluation score information for each item. In addition, the equipment importance information is used to take into account the equipment importance corresponding to the total score of evaluation points when adding the aging score calculated by the aging information processing unit 333, which will be described later, to the equipment to be inspected. Contains correction value information.
　設備保守情報記憶部３２４は、点検情報端末１から送信された点検記録情報およびメンテナンス記録情報などの保守点検情報を記憶する。 The equipment maintenance information storage unit 324 stores maintenance and inspection information such as inspection record information and maintenance record information transmitted from the inspection information terminal 1.
　点検情報端末１から取得された点検記録情報には、点検項目の情報と、当該点検項目についての点検結果の情報と、当該点検結果の記録情報に対応して予め決められた評価点の情報と、が含まれる。設備保守情報記憶部３２４において、点検項目の情報と点検結果の情報と評価点の情報とは、関連付けられて記録されている。 The inspection record information acquired from the inspection information terminal 1 includes information on inspection items, information on inspection results for the inspection items, and information on predetermined evaluation points corresponding to the recorded information on the inspection results. , is included. In the equipment maintenance information storage unit 324, information on inspection items, information on inspection results, and information on evaluation points are recorded in association with each other.
　例えば、設備保守情報記憶部３２４には、「外観上の異常はないか」という点検項目と、「正常」、「良好」あるいは「異常」という当該点検項目についての点検結果の情報とが、点検結果の各種類に対応して決められた評価点とともに記録されている。ここで、「良好」の点検結果は、劣化は見られるが設備の稼働が可能な状態を意味する。 For example, the equipment maintenance information storage unit 324 stores an inspection item such as “Is there any abnormality in appearance?” and information about the inspection results for the inspection item such as “normal,” “good,” or “abnormal.” Each type of result is recorded along with an assigned evaluation point. Here, an inspection result of "good" means that although deterioration is observed, the equipment can be operated.
　また、例えば、「圧力計の指示値」という点検項目と、「圧力計の指示値が初回指示値に対して±３％以内」、「圧力計の指示値が初回指示値に対して±３％超」、あるいは「圧力計の指示値が良否判定基準値を外れている」という当該点検項目についての点検結果の情報とが、点検結果の各種類に対応して決められた評価点とともに記録されている。 Also, for example, check items such as "Pressure gauge reading" and "Pressure gauge reading is within ±3% of the initial reading" and "Pressure gauge reading is within ±3% of the initial reading." %" or "The pressure gauge's reading is outside the pass/fail judgment standard value." Information on the inspection results for the relevant inspection items is recorded along with evaluation points determined for each type of inspection result. has been done.
　点検情報端末１から取得されたメンテナンス記録情報には、例えば給水用ポンプ修繕のためにメカニカルシールの交換を実施した場合の交換実施日の情報、および給水用ポンプ自体を更新した場合の更新実施日の情報といった、設備のメンテナンスに関わる情報が含まれる。 The maintenance record information acquired from the inspection information terminal 1 includes, for example, information on the replacement date when a mechanical seal is replaced for repair of a water supply pump, and the update date when the water supply pump itself is updated. Contains information related to equipment maintenance, such as information on equipment maintenance.
　経年スコア情報記憶部３２５には、設備本体および設備における交換可能な部品の各々と関連付けられた、点検または修繕実施の目安となる経年スコアの情報が記憶される。また、経年スコア情報記憶部３２５には、設備の稼働量または設備の重要度に対応して経年スコアの加算値を決定するためのテーブル、設備に対して実施された点検結果または稼働開始から累積される稼働時間に対応して経年スコアの修正値を決定するためのテーブルといった、経年スコアを算出するために用いられる各種の情報が記憶される。 The aging score information storage unit 325 stores information on aging scores that are associated with the equipment main body and each of the replaceable parts of the equipment and serve as a guide for inspection or repair implementation. In addition, the aging score information storage unit 325 includes a table for determining the additional value of the aging score corresponding to the amount of operation of the equipment or the importance of the equipment, the results of inspections carried out on the equipment, or the accumulated value since the start of operation. Various types of information used to calculate the aging score, such as a table for determining a revised value of the aging score in accordance with the operating time, are stored.
　経年スコアは、設備において時間の経過と設備の使用による摩耗とに起因して増加する劣化のレベルを示す数値である。 The aging score is a numerical value that indicates the level of deterioration that increases in equipment due to the passage of time and wear due to use of the equipment.
　点検計画情報記憶部３２６は、点検計画情報を記憶する。 The inspection plan information storage unit 326 stores inspection plan information.
　サーバ処理部３３は、点検情報端末１および設備計測装置２との間で各種情報の授受を行って、点検計画作成処理を実行する。サーバ処理部３３は、設備計測データ処理部３３１と、端末データ処理部３３２と、経年情報処理部３３３と、点検計画処理部３３４と、を備える。 The server processing unit 33 exchanges various information with the inspection information terminal 1 and the equipment measuring device 2, and executes the inspection plan creation process. The server processing section 33 includes an equipment measurement data processing section 331, a terminal data processing section 332, an aging information processing section 333, and an inspection plan processing section 334.
　設備計測データ処理部３３１は、設備計測装置２の通信装置２１における通信装置処理部２１２の稼働データ応答処理部２１２２に稼働データの送信を要求する旨の稼働データ要求情報を、サーバ通信部３１を介して送信する。設備計測データ処理部３３１は、稼働データ要求情報に対する応答として稼働データ応答処理部２１２２から送信される稼働データの情報を受信し、当該稼働データの情報を設備稼働情報記憶部３２２に記憶させる。 The equipment measurement data processing unit 331 sends operation data request information to the server communication unit 31 to request the operation data response processing unit 2122 of the communication device processing unit 212 in the communication device 21 of the equipment measurement device 2 to transmit operation data. Send via. The equipment measurement data processing section 331 receives the operation data information transmitted from the operation data response processing section 2122 as a response to the operation data request information, and stores the operation data information in the equipment operation information storage section 322.
　端末データ処理部３３２は、点検情報端末１から送信された設備保守情報である点検記録情報およびメンテナンス記録情報を、サーバ通信部３１を介して受信することにより、点検記録情報およびメンテナンス記録情報を取得する。端末データ処理部３３２は、取得した点検記録情報およびメンテナンス記録情報を設備保守情報としてサーバ記憶部３２の設備保守情報記憶部３２４に記憶させる。端末データ処理部３３２は、サーバ３の外部の装置から設備保守情報を取得して記憶部に記憶させる設備保守情報処理部といえる。 The terminal data processing unit 332 acquires inspection record information and maintenance record information by receiving inspection record information and maintenance record information, which are equipment maintenance information transmitted from the inspection information terminal 1, via the server communication unit 31. do. The terminal data processing unit 332 stores the acquired inspection record information and maintenance record information in the equipment maintenance information storage unit 324 of the server storage unit 32 as equipment maintenance information. The terminal data processing unit 332 can be said to be an equipment maintenance information processing unit that acquires equipment maintenance information from a device external to the server 3 and stores it in the storage unit.
　また、端末データ処理部３３２は、点検情報端末１の設備保守情報処理部１３から送信された、点検計画情報の送信を要求する旨の点検計画要求情報を受信する。端末データ処理部３３２は、当該点検計画要求情報の応答として、サーバ３のサーバ記憶部３２の点検計画情報記憶部３２６に記憶されている点検計画情報を、サーバ通信部３１を介して点検情報端末１の設備保守情報処理部１３に送信する。 Additionally, the terminal data processing unit 332 receives inspection plan request information sent from the equipment maintenance information processing unit 13 of the inspection information terminal 1 requesting transmission of inspection plan information. In response to the inspection plan request information, the terminal data processing unit 332 transmits the inspection plan information stored in the inspection plan information storage unit 326 of the server storage unit 32 of the server 3 to the inspection information terminal via the server communication unit 31. The information is transmitted to the equipment maintenance information processing section 13 of No. 1.
　なお、以下では、点検情報端末１から送信された各種データを端末データと総称する場合がある。 Note that hereinafter, various data transmitted from the inspection information terminal 1 may be collectively referred to as terminal data.
　経年情報処理部３３３は、設備または設備の部品の各々の経年スコアを算出する処理を行う。経年情報処理部３３３は、設備における交換可能な部品ごと、および設備本体ごとに、経年スコアを算出する。交換可能な部品には、給水用ポンプにおける、グランドパッキン、メカニカルシールおよび軸受けなどの部品が例示される。 The aging information processing unit 333 performs a process of calculating the aging score of each piece of equipment or equipment parts. The aging information processing unit 333 calculates aging scores for each replaceable part of the equipment and for each equipment body. Examples of replaceable parts include parts such as gland packing, mechanical seals, and bearings in water supply pumps.
　経年情報処理部３３３は、補正前の経年スコアに経年スコア加算値を加算する処理である経年スコア加算処理を、例えば３０分に一度のように予め決められた一定間隔ごとのタイミングで定期的に実行する。 The aging information processing unit 333 periodically performs aging score addition processing, which is a process of adding an aging score addition value to the aging score before correction, at predetermined regular intervals, such as once every 30 minutes. Execute.
　経年スコア加算値は、設備または部品の現在の状況に即した経年スコアを算出するために、補正前の経年スコアに加算される加算値である。 The aging score additional value is an additional value that is added to the aging score before correction in order to calculate an aging score that matches the current situation of the equipment or component.
　また、経年情報処理部３３３は、点検結果を経年スコアに加味させる処理として、経年スコア修正係数を経年スコアに積算する処理を、例えば点検結果の記録情報を取得したときに、経年スコア加算処理に対する割り込み処理として実行する。 In addition, the aging information processing unit 333 adds the aging score correction coefficient to the aging score as a process of adding the inspection result to the aging score, for example, when the recorded information of the inspection result is acquired, the aging information processing unit 333 Execute as interrupt processing.
　経年スコア修正係数は、設備または部品の現在の状況に即した経年スコアを算出するために、稼働データおよび点検結果に基づいて補正前の経年スコアを補正する補正係数である。経年スコア修正係数は、設備仕様情報記憶部３２１に記憶された設備仕様情報における耐用年数の情報と設備稼働情報記憶部３２２に格納されている設備稼働時間の情報とを比較した情報と、設備保守情報記憶部３２４に格納されている点検記録情報における稼働データと、設備保守情報記憶部３２４に格納されている点検記録情報に含まれる評価点の情報とから算出される。 The aging score correction coefficient is a correction coefficient that corrects the aging score before correction based on operation data and inspection results in order to calculate the aging score in accordance with the current situation of the equipment or parts. The aging score correction coefficient is based on information obtained by comparing the service life information in the equipment specification information stored in the equipment specification information storage unit 321 and the equipment operating time information stored in the equipment operation information storage unit 322, and equipment maintenance It is calculated from the operation data in the inspection record information stored in the information storage section 324 and the evaluation point information included in the inspection record information stored in the equipment maintenance information storage section 324.
　設備保守情報記憶部３２４にメンテナンス記録情報として設備の部品交換の情報が記録されていれば、交換された部品の経年スコアは、リセットされる。設備本体ごと更新された場合は、当該設備の経年スコアは、リセットされ、経年スコア加算値を加算する処理が経年スコアの初期値から開始される。また、更新された設備が備える交換可能な部品の経年スコアも、リセットされて、経年スコア加算値を加算する処理が経年スコアの初期値から開始される。 If information on equipment component replacement is recorded as maintenance record information in the equipment maintenance information storage unit 324, the aging score of the replaced part is reset. When the entire equipment body is updated, the aging score of the equipment is reset, and the process of adding the aging score addition value is started from the initial value of the aging score. Moreover, the aging score of the replaceable parts included in the updated equipment is also reset, and the process of adding the aging score addition value is started from the initial value of the aging score.
　点検計画処理部３３４は、経年情報処理部３３３において得られる経年スコアを点検実施の優先度と見なし、特に経年スコアが予め決められた閾値を超えた場合には設備の点検実施の必要があると判定する。点検計画処理部３３４は、設備の点検実施の必要があると判定した場合に、点検計画情報記憶部３２６に記録されている点検計画の変更処理を実行する。すなわち、点検計画処理部３３４は、設備の点検実施の必要があると判定した場合に、点検計画情報記憶部３２６に記録されている点検計画に含まれる、点検対象設備の次回以降の点検実施予定日の情報である点検実施予定日情報を変更する。 The inspection plan processing unit 334 considers the aging score obtained by the aging information processing unit 333 as a priority for inspection implementation, and determines that it is necessary to perform an equipment inspection especially when the aging score exceeds a predetermined threshold. judge. The inspection plan processing section 334 executes a process of changing the inspection plan recorded in the inspection plan information storage section 326 when it is determined that it is necessary to inspect the equipment. That is, when the inspection plan processing unit 334 determines that it is necessary to perform an inspection of the equipment, the inspection plan processing unit 334 selects the next and subsequent inspection schedule for the equipment to be inspected, which is included in the inspection plan recorded in the inspection plan information storage unit 326. Change the scheduled inspection implementation date information.
　例えば、点検計画処理部３３４は、点検計画を変更して、点検実施の必要があると判定された設備の点検について、次回の月次点検で実施するように予約する処理を行う。 For example, the inspection plan processing unit 334 changes the inspection plan and performs a process of reserving the inspection of the equipment that has been determined to need inspection to be carried out at the next monthly inspection.
　サーバ制御部３４は、サーバ３全体の動作を制御する。 The server control unit 34 controls the operation of the server 3 as a whole.
　図６は、実施の形態１にかかる点検計画作成サポートシステム１００に含まれるサーバ３の設備仕様情報記憶部３２１に格納される設備仕様情報５１の一例を示す図である。図６に示すように、設備仕様情報５１は、設備単位で設備を識別管理するための識別情報である設備ＩＤと、点検作業者が設備を識別するための識別情報である機器名および機器の形名と、設備の製造元が提示する設備の周囲の温度である標準周囲温度と、設備の製造元が提示する設備の周囲の湿度である標準周囲湿度と、設備の製造元が提示する設備の定格電流などの使用条件と、の各情報を含む。 FIG. 6 is a diagram showing an example of the equipment specification information 51 stored in the equipment specification information storage unit 321 of the server 3 included in the inspection plan creation support system 100 according to the first embodiment. As shown in FIG. 6, the equipment specification information 51 includes an equipment ID, which is identification information for identifying and managing equipment on an equipment basis, and equipment name and equipment information, which are identification information for an inspection worker to identify equipment. The model name, the standard ambient temperature that is the temperature around the equipment as presented by the equipment manufacturer, the standard ambient humidity that is the humidity around the equipment as presented by the equipment manufacturer, and the rated current of the equipment as presented by the equipment manufacturer. Contains terms of use such as, and information on.
　また、設備仕様情報５１は、消耗部品として交換可能な部品と設備本体とについて個別に管理できるように分けて付与された経年スコア管理対象の部品ＩＤおよび部品名と、経年スコア管理対象が消耗部品であるのか設備本体であるのかを識別するための種別と、設備の製造元が部品交換または設備更新の目安として提示する稼働時間である耐用稼働時間と、の各情報を含む。 In addition, the equipment specification information 51 includes component IDs and names of parts that are subject to aging score management, which are assigned separately so that parts that can be replaced as consumable parts and equipment bodies can be managed separately, and parts that are subject to aging score management are consumables. It includes information on the type of equipment used to identify whether it is a device or the equipment itself, and the durable operating time, which is the operating time presented by the equipment manufacturer as a guideline for parts replacement or equipment renewal.
　図７は、実施の形態１にかかる点検計画作成サポートシステム１００に含まれるサーバ３の設備稼働情報記憶部３２２に格納される設備稼働情報５２の一例を示す図である。図７に示すように、設備稼働情報５２は、設備仕様情報５１における設備ＩＤに対応する設備ＩＤと、経年スコア加算処理が実行されるタイミングで設備計測装置２から取得される稼働情報と、設備ＩＤに関連付けられた部品ＩＤごとの累積稼働時間情報と、の各情報を含む。 FIG. 7 is a diagram showing an example of equipment operation information 52 stored in the equipment operation information storage unit 322 of the server 3 included in the inspection plan creation support system 100 according to the first embodiment. As shown in FIG. 7, the equipment operation information 52 includes the equipment ID corresponding to the equipment ID in the equipment specification information 51, the operation information acquired from the equipment measurement device 2 at the timing when the aging score addition process is executed, and the equipment This information includes cumulative operating time information for each component ID associated with the ID.
　稼働情報は、温度、湿度および電流および計測日時の各情報を含む。累積稼働時間情報は、設備が稼働開始してからの設備が稼働している時間の累積時間であり、設備が稼働開始した時の計測日時と、最新の計測日時との差分から得られる。累積稼働時間情報は、経年情報処理部３３３により、設備ＩＤに関連付けられた部品ＩＤごとに管理される。 The operating information includes information on temperature, humidity, current, and measurement date and time. The cumulative operating time information is the cumulative operating time of the equipment since it started operating, and is obtained from the difference between the measurement date and time when the equipment started operating and the latest measurement date and time. The cumulative operating time information is managed by the aging information processing unit 333 for each component ID associated with the equipment ID.
　最新の計測日時には、経年スコア加算処理が実行されるタイミングで設備計測装置２から取得される稼働情報に含まれる計測日時の情報を用いることができる。設備が稼働開始した時の計測日時は、設備が稼働開始してから最初に稼働データが計測されたタイミングで設備計測装置２から取得される稼働情報に含まれる計測日時の情報を用いることができる。 For the latest measurement date and time, measurement date and time information included in the operation information acquired from the equipment measurement device 2 at the timing when the aging score addition process is executed can be used. As the measurement date and time when the equipment started operating, it is possible to use the measurement date and time information included in the operation information obtained from the equipment measurement device 2 at the timing when the operation data was first measured after the equipment started operating. .
　累積稼働時間は、設備の稼働に伴って部品ＩＤごとに加算されていく。累積稼働時間は、点検情報端末１から取得されるメンテナンス記録情報を基に、部品交換が実施されたと判断された場合は、リセットされる。 The cumulative operating time is added for each part ID as the equipment operates. The cumulative operating time is reset when it is determined that parts have been replaced based on the maintenance record information obtained from the inspection information terminal 1.
　また、設備が稼働しているかどうかの判断は、例えば稼働情報として取得される電流値が定格電流値の１０％以上の場合において設備が稼働しているとしてもよく、設備の稼働を制御する制御信号に基づいて設備が稼働しているとしてもよい。 In addition, the determination as to whether the equipment is in operation may be based on, for example, if the current value acquired as the operating information is 10% or more of the rated current value, and the equipment is in operation. The equipment may be operating based on the signal.
　図８は、実施の形態１にかかる点検計画作成サポートシステム１００に含まれるサーバ３の設備重要度情報記憶部３２３に格納される設備重要度点数表５３の一例を示す図である。図８に示すように、設備重要度点数表５３には、設備の機能が停止した場合の影響度を点数により定量評価するための情報である設備重要度情報が記憶されている。なお、設備の機能が停止した場合には、設備の機能が停止した場合の他に、設備の機能が低下した場合も含む。 FIG. 8 is a diagram showing an example of the equipment importance score table 53 stored in the equipment importance information storage unit 323 of the server 3 included in the inspection plan creation support system 100 according to the first embodiment. As shown in FIG. 8, the equipment importance score table 53 stores equipment importance information, which is information for quantitatively evaluating the degree of impact when the function of the equipment stops using scores. Note that the case where the function of the equipment stops includes not only the case where the function of the equipment stops, but also the case where the function of the equipment deteriorates.
　設備重要度情報は、設備の稼働状況と、設備の故障が発生した場合の故障の影響と、設備の故障が発生した場合に復旧にかかる日数である復旧日数と、設備費用と、の各項目を含む。上記の各情報には、複数の選択肢と、各選択肢に設定された点数と、の各情報が関連付けられて記録されている。各項目に対して、影響度が大きいとされる選択肢には高い点数が、影響度が低いとされる選択肢には低い点数が設定されている。設備重要度点数表５３から、各項目の点数の合計点数である設備重要度合計点数が得られる。設備重要度合計点数により、設備の機能が停止した場合の影響度を点数により、設備ごとおよび部品ごとに定量評価することができる。 The equipment importance information includes the following items: the operational status of the equipment, the impact of equipment failure in the event of equipment failure, the number of days required for recovery in the event of equipment failure, and the equipment cost. including. Each of the above information includes a plurality of choices and a score set for each choice, which are recorded in association with each other. For each item, options with a high degree of influence are given a high score, and options with a low degree of influence are given a low score. From the equipment importance score table 53, the total equipment importance score, which is the total score of each item, is obtained. Based on the total equipment importance score, it is possible to quantitatively evaluate the degree of impact in the event that the functionality of the equipment stops for each equipment and each part.
　図９は、実施の形態１にかかる点検計画作成サポートシステム１００に含まれるサーバ３の設備重要度情報記憶部３２３に格納される設備重要度別補正倍率表５４の一例を示す図である。図９に示すように、設備重要度別補正倍率表５４には、設備重要度別補正倍率の情報が、設備重要度点数表５３において設備重要度情報から得られた設備重要度合計点数に対応する形で当該設備重要度合計点数に関連付けられて記憶されている。 FIG. 9 is a diagram showing an example of the correction magnification table 54 by equipment importance stored in the equipment importance information storage unit 323 of the server 3 included in the inspection plan creation support system 100 according to the first embodiment. As shown in FIG. 9, in the equipment importance level correction magnification table 54, the information on the equipment importance level correction magnification corresponds to the total equipment importance score obtained from the equipment importance information in the equipment importance score table 53. The information is stored in association with the total equipment importance score.
　設備重要度別補正倍率は、経年スコアの加算処理における後述する経年スコア加算値の算出において、経年スコア加算値に設備の重要度を加味するために経年スコア加算値に積算する補正倍率の情報である。設備重要度別補正倍率は、設備重要度合計点数の範囲別に個別に設けられている。設備重要度別補正倍率は、サーバ３の外部の装置から入力される情報によって任意の値に変更可能である。 The correction magnification by equipment importance is information on the correction magnification that is added to the aging score addition value in order to take the importance of the equipment into consideration in the aging score addition value in calculating the aging score addition value described later in the aging score addition process. be. The correction magnification by equipment importance level is individually provided for each range of the total equipment importance score. The correction magnification by equipment importance can be changed to any value based on information input from a device external to the server 3.
　図１０は、実施の形態１にかかる点検計画作成サポートシステム１００に含まれるサーバ３の経年スコア情報記憶部３２５に格納される経年情報テーブル５５の一例を示す図である。図１０に示すように、経年情報テーブル５５には、設備仕様情報５１における設備ＩＤおよび部品ＩＤに対応する設備ＩＤおよび部品ＩＤと、設備の稼働時間、設備の稼働量、設備管理上の重要度、設備に対して実施された点検結果または修繕による部品交換の情報に対応して算出される経年スコアと、の各情報が記憶されている。 FIG. 10 is a diagram showing an example of the aging information table 55 stored in the aging score information storage unit 325 of the server 3 included in the inspection plan creation support system 100 according to the first embodiment. As shown in FIG. 10, the aging information table 55 includes equipment IDs and parts IDs corresponding to the equipment IDs and parts IDs in the equipment specification information 51, the operating time of the equipment, the operating amount of the equipment, and the importance level in terms of equipment management. , and an aging score calculated in accordance with the inspection results performed on the equipment or the information on parts replacement due to repairs.
　図１１は、実施の形態１にかかる点検計画作成サポートシステム１００に含まれるサーバ３の経年スコア情報記憶部３２５に格納される経年スコア加算テーブル５６の一例を示す図である。経年スコア加算テーブル５６は、経年情報テーブル５５に記憶されている設備ＩＤに対応する部品ＩＤの経年スコアに対する経年スコア加算処理を予め決められた時間間隔ごとに実行する際の、経年スコア加算値を算出するための情報が格納されたテーブルである。すなわち、経年スコア加算テーブル５６は、点検の対象設備または点検の対象部品の経年スコアに対する経年スコア加算処理を実行する際の、経年スコア加算値を算出するための情報が格納されたテーブルである。 FIG. 11 is a diagram showing an example of the aging score addition table 56 stored in the aging score information storage unit 325 of the server 3 included in the inspection plan creation support system 100 according to the first embodiment. The aging score addition table 56 stores aging score addition values when performing aging score addition processing on the aging score of the component ID corresponding to the equipment ID stored in the aging information table 55 at predetermined time intervals. This is a table that stores information for calculation. That is, the aged score addition table 56 is a table that stores information for calculating the aged score addition value when performing aging score addition processing for the aged score of the equipment to be inspected or the part to be inspected.
　図１１に示すように、経年スコア加算テーブル５６は、経年情報テーブル５５における設備ＩＤおよび部品ＩＤに対応する設備ＩＤおよび部品ＩＤと、単位加算値と、稼働量補正と、重要度補正と、経年スコア加算値と、の各項目の情報が記憶されている。 As shown in FIG. 11, the aging score addition table 56 includes equipment IDs and component IDs corresponding to the equipment IDs and component IDs in the aging information table 55, unit addition values, operating amount corrections, importance corrections, and aging information. The score addition value and information on each item are stored.
　単位加算値は、前回の経年スコア加算処理の実施時から今回の経年スコア加算処理の実施時までの経過時間に基づいた、経年スコア加算値の基本となる加算値である。単位加算値は、稼働量補正と、重要度補正とにより補正される対象となる、部品ごとの加算値である。すなわち、単位加算値は、経年スコア加算値の算出において、前回の経年スコア加算処理の実施時からの経過時間に基づいた経年スコア加算値であって、稼働量補正と重要度補正とにより補正される前の基本となる、経年スコア加算値の中間値の情報である。 The unit addition value is an addition value that is the basis of the aging score addition value, based on the elapsed time from the time when the previous aging score addition process was performed to the time when the current aging score addition process was performed. The unit addition value is an addition value for each component that is to be corrected by operation amount correction and importance correction. That is, in calculating the aged score additional value, the unit additional value is the aged score added value based on the elapsed time since the previous aging score addition process, and is corrected by the operation amount correction and the importance correction. This is information on the intermediate value of the aging score addition value, which is the basis before adding the score over time.
　単位加算値は、経過時間と、耐用稼働時間と、補正前加算値と、の各種情報を含む。経過時間は、前回の経年スコア加算処理の実行時から経過した時間である。耐用稼働時間は、設備仕様情報５１に格納された部品ＩＤに対応する耐用稼働時間である。補正前加算値は、耐用稼働時間の逆数と経過時間との積から得られる値である。ここで、補正前加算値が、経年スコア加算値の算出において、稼働量補正と重要度補正とにより補正される対象となる中間値である。 The unit additional value includes various information such as elapsed time, durable operating time, and pre-correction additional value. The elapsed time is the time that has passed since the previous aging score addition process was executed. The durable operating time is the durable operating time corresponding to the component ID stored in the equipment specification information 51. The pre-correction additional value is a value obtained from the product of the reciprocal of the durable operating time and the elapsed time. Here, the pre-correction added value is an intermediate value to be corrected by the operation amount correction and the importance correction in calculating the aged score addition value.
　稼働量補正は、経年スコア加算値の算出において経年スコア加算値に設備の稼働量を加味するための補正情報であり、経年スコア加算値の中間値である補正前加算値を設備の稼働状態により補正するための情報である。稼働量補正は、使用条件と、稼働情報と、項目毎補正値と、稼働量補正値と、の各種情報を含む。 The operation amount correction is correction information for adding the operation amount of equipment to the aging score addition value in calculating the aging score addition value. This is information for correction. The operating amount correction includes various information such as usage conditions, operating information, item-by-item correction values, and operating amount correction values.
　使用条件は、設備仕様情報５１に格納された設備ＩＤに対応する使用条件である標準周囲温度、標準周囲湿度、および定格電流で構成される。図１１においては、使用条件の情報として、上段側から、標準周囲温度、標準周囲湿度、定格電流の情報がこの順で示されている。 The usage conditions are comprised of standard ambient temperature, standard ambient humidity, and rated current, which are usage conditions corresponding to the equipment ID stored in the equipment specification information 51. In FIG. 11, information on standard ambient temperature, standard ambient humidity, and rated current is shown in this order from the top side as information on usage conditions.
　稼働情報は、使用条件の各項目に対応する設備の稼働状態の情報であり、各々、設備稼働情報５２に格納された現在の温度、湿度および電流の情報で構成される。 The operating information is information on the operating state of the equipment corresponding to each item of the usage conditions, and is composed of information on the current temperature, humidity, and current stored in the equipment operating information 52, respectively.
　項目毎補正値は、単位加算値に対する稼働量補正を行う際の補正値の中間値である。項目毎補正値は、使用条件の各項目に対応する補正値の中間値であり、各々、「稼働情報／使用条件」の計算式から得られる、使用条件と稼働情報との比から得られる補正値で構成される。 The item-by-item correction value is the intermediate value of correction values when performing operation amount correction for the unit addition value. The correction value for each item is the intermediate value of the correction value corresponding to each item of the usage conditions, and each correction value is obtained from the ratio of the usage conditions and the operation information obtained from the calculation formula of "operation information / usage conditions". Consists of values.
　稼働量補正値は、標準周囲温度、標準周囲湿度および定格電流の各項目の項目毎補正値の平均値である。 The operating amount correction value is the average value of the correction values for each item of standard ambient temperature, standard ambient humidity, and rated current.
　重要度補正は、経年スコア加算値の算出において経年スコア加算値に設備の重要度を加味するための補正情報であり、経年スコア加算値の中間値である補正前加算値を設備の重要度により補正するための情報である。重要度補正は、設備重要度情報から得られる設備重要度合計点数と、設備重要度別補正倍率表５４において設備重要度合計点数に対応する設備重要度別補正倍率の情報から得られる設備重要度補正値と、から構成される。設備重要度補正値は、設備重要度別補正倍率表５４から抽出される、設備重要度別補正倍率表５４において設備重要度合計点数に対応する設備重要度別補正倍率が用いられる。 Importance correction is correction information for adding the importance of the equipment to the added value of the aged score in calculating the added value of the aged score. This is information for correction. The importance correction is performed based on the equipment importance total score obtained from the equipment importance information and the equipment importance correction magnification information obtained from the equipment importance correction magnification information corresponding to the equipment importance total score in the equipment importance classification correction magnification table 54. It consists of a correction value. As the equipment importance correction value, a correction magnification by equipment importance corresponding to the total score of equipment importance in the correction magnification by equipment importance table 54 extracted from the correction magnification by equipment importance table 54 is used.
　経年スコア加算値は、補正前加算値に稼働量補正値と設備重要度補正値とを積算して得られる加算値である。 The aging score addition value is an addition value obtained by integrating the pre-correction addition value, the operating amount correction value, and the equipment importance correction value.
　なお、図１１においては、部品についての経年スコア加算テーブル５６を示しているが、設備本体についても図１１と同様の構成の経年スコア加算テーブル５６が設けられる。 Although FIG. 11 shows the aging score addition table 56 for parts, the aging score addition table 56 having the same configuration as FIG. 11 is also provided for the equipment body.
　図１２は、実施の形態１にかかる点検計画作成サポートシステム１００に含まれるサーバ３の経年スコア情報記憶部３２５に格納される経年スコア修正テーブル５７の一例を示す図である。経年スコア修正テーブル５７は、経年情報テーブル５５に記憶されている設備ＩＤに対応する部品ＩＤの経年スコアに対する経年スコア修正処理を予め決められた時間間隔ごとに実行する際の、経年スコア修正係数を算出するための情報が格納されたテーブルである。すなわち、経年スコア修正テーブル５７は、点検の対象設備または点検の対象部品の経年スコアに対する経年スコア修正処理を実行する際の、経年スコア修正係数を算出するための情報が格納されたテーブルである。 FIG. 12 is a diagram showing an example of the aging score correction table 57 stored in the aging score information storage unit 325 of the server 3 included in the inspection plan creation support system 100 according to the first embodiment. The aging score correction table 57 stores aging score correction coefficients when performing aging score correction processing for aging scores of component IDs corresponding to equipment IDs stored in the aging information table 55 at predetermined time intervals. This is a table that stores information for calculation. That is, the aging score correction table 57 is a table that stores information for calculating aging score correction coefficients when performing aging score correction processing for aging scores of equipment to be inspected or parts to be inspected.
　図１２に示すように、経年スコア修正テーブル５７は、経年情報テーブル５５における設備ＩＤおよび部品ＩＤに対応する設備ＩＤおよび部品ＩＤと、修正要素と、修正要素の項目と、項目毎修正係数と、経年スコア修正係数と、の各項目の情報が記憶されている。 As shown in FIG. 12, the aging score correction table 57 includes equipment IDs and component IDs corresponding to the equipment IDs and component IDs in the aging information table 55, correction elements, correction element items, and item-by-item correction coefficients. The secular score correction coefficient and information on each item are stored.
　修正要素は、経年スコア修正係数の算出において経年スコア修正係数に加味する要素の情報である。修正要素は、経年劣化評価と、定性的点検項目結果と、定量的点検項目結果と、の各種情報を含む。 The correction element is information about an element that is added to the aging score correction coefficient in calculating the aging score correction coefficient. The correction elements include various types of information such as aging deterioration evaluation, qualitative inspection item results, and quantitative inspection item results.
　経年劣化評価は、時間の経過に伴う設備または設備の部品の劣化を経年スコア修正係数に加味する要素の情報である。経年劣化評価は、設備稼働情報５２に格納される累積稼働時間と、設備仕様情報５１に格納される耐用稼働時間と、の項目を含む。 The aging deterioration evaluation is information on elements that take into account the deterioration of equipment or equipment parts over time in the aging score correction coefficient. The aging deterioration evaluation includes items such as cumulative operating time stored in equipment operating information 52 and durable operating time stored in equipment specification information 51.
　定性的点検項目結果は、設備保守情報記憶部３２４に格納されている点検結果の記録である点検記録情報のうち、点検作業者の五感で確認される点検項目の情報と、当該点検項目の各々についての点検結果の情報と、を含む。 Qualitative inspection item results include information on inspection items that can be confirmed with the five senses of the inspection worker, and each of the inspection items, among inspection record information that is a record of inspection results stored in the equipment maintenance information storage unit 324. including information on inspection results.
　点検作業者の五感で確認される点検項目は、例えば、給水用ポンプから通常とは異なる音が発生していないかといった異常音の項目と、焦げ臭いにおいはしていないかといった異臭の項目と、水漏れまたは腐食といった外観上の異常の項目と、を含む。点検結果には、「正常」、「良好」または「異常」といった点検結果の情報と、点検結果の判定の各々に対応した評価点の情報と、が含まれる。 Inspection items that are checked with the five senses of the inspection worker include, for example, abnormal sounds such as whether the water pump is making any unusual sounds, and abnormal odors such as whether there is a burning smell. This includes items with external abnormalities such as water leakage or corrosion. The inspection results include information on inspection results such as "normal", "good", or "abnormal", and information on evaluation points corresponding to each determination of the inspection results.
　点検結果は、点検作業者が設備を点検した結果から特に異常の所見が認められなかった場合に記録する「正常」と、設備の稼働に影響が無い範囲で経年劣化が認められる場合に記録する「良好」と、設備の稼働に影響が出ている状態やあるいは直ちに影響が出る状態にある場合に記録する「異常」とがある。評価点は、「正常」と、「良好」と、「異常」との点検結果の各々について、予め決められた点数が割り振られている。 Inspection results are recorded as "normal" when no particular abnormality is found as a result of the inspection worker's inspection of the equipment, and when deterioration over time is observed to the extent that it does not affect the operation of the equipment. There are two types: "Good" and "Abnormal" which is recorded when the operation of the equipment is affected or when it will be immediately affected. As for evaluation points, predetermined points are assigned to each of the inspection results of "normal", "good", and "abnormal".
　定量的点検項目結果は、設備保守情報記憶部３２４に格納されている点検結果の記録である点検記録情報のうち、計測装置を用いて確認される点検項目の情報と、当該点検項目の各々についての計測値の情報と、を含む。 Quantitative inspection item results include information on inspection items confirmed using a measuring device among inspection record information that is a record of inspection results stored in the equipment maintenance information storage unit 324, and information on each of the inspection items. includes information on the measured values of.
　計測装置を用いて確認される点検項目は、例えば、給水用ポンプの送り出しの水圧があり、給水用ポンプの送り出しの水圧について設備の稼働初期に取得された計測値である水圧初期値と、給水用ポンプの送り出しの水圧について現在の最新の計測値である水圧現在値と、が含まれる。水圧初期値と水圧現在値とについては、各々の項目に対応した計測値が関連付けられて記憶される。設備の稼働初期に取得された計測値は、計測値初期値といえる。最新の計測値は、計測現在値といえる。 Inspection items that are confirmed using a measuring device include, for example, the water pressure at the pump for water supply, the initial value of water pressure, which is the measured value of the water pressure at the water supply pump at the beginning of equipment operation, and the water pressure at the water supply pump. Contains the current water pressure value, which is the latest measured value of the water pressure delivered by the pump. Regarding the initial water pressure value and the current water pressure value, measured values corresponding to each item are stored in association with each other. The measured value obtained at the beginning of the operation of the equipment can be called the initial measured value. The latest measured value can be called the current measured value.
　項目毎修正係数は、修正要素毎に、上記の項目の情報に基づいて算出される修正係数である。経年劣化評価についての項目毎修正係数は、「累積稼働時間／耐用稼働時間」の計算式から得られる、累積稼働時間と耐用稼働時間との比の値で構成される。定性的点検項目結果についての項目毎修正係数は、定性的点検項目結果の各項目についての評価点の平均値で構成される。定量的点検項目結果についての項目毎修正係数は、「水圧現在値／水圧初期値」の計算式から得られる水圧現在値と水圧初期値との比および当該比の値が基準範囲外にあるかどうかから得られた値で構成される。基準範囲は、サーバ３の外部の装置から入力される情報によって任意の値に変更可能である。 The item-by-item correction coefficient is a correction coefficient calculated for each correction element based on the information of the above item. The item-by-item correction coefficient for aging deterioration evaluation is composed of the value of the ratio between cumulative operating time and durable operating time, which is obtained from the calculation formula of "cumulative operating time/durable operating time". The item-by-item correction coefficient for the qualitative inspection item results is composed of the average value of the evaluation points for each item of the qualitative inspection item results. The item-by-item correction coefficient for the results of quantitative inspection items is the ratio of the current water pressure value to the initial water pressure value obtained from the calculation formula of "current water pressure value/initial water pressure value" and whether the value of the ratio is outside the standard range. Consists of values obtained from The reference range can be changed to any value based on information input from a device external to the server 3.
　経年スコア修正係数は、各項目毎修正係数の平均値である。 The aging score modification coefficient is the average value of the modification coefficients for each item.
　図１３は、実施の形態１にかかる点検計画作成サポートシステム１００に含まれるサーバ３の経年スコア情報記憶部３２５に格納される評価点テーブル５８の一例を示す図である。 FIG. 13 is a diagram showing an example of the evaluation score table 58 stored in the aging score information storage unit 325 of the server 3 included in the inspection plan creation support system 100 according to the first embodiment.
　評価点テーブル５８は、経年スコア修正テーブル５７の定性的点検項目結果での評価点を得るための評価点の情報が記憶されたテーブルである。図１３に示すように、評価点テーブル５８は、点検結果と、評価点との情報を有する。評価点は、定性的点検項目結果についての点検結果に対応する形で当該点検結果に関連付けられて記憶されている。経年スコアの修正処理において、経年スコア修正テーブル５７の定性的点検項目結果についての評価点は、定性的点検項目結果についての点検結果に基づいて評価点テーブル５８から抽出されて経年スコア修正テーブル５７に反映される。 The evaluation score table 58 is a table in which information on evaluation points for obtaining evaluation points based on the qualitative inspection item results of the secular score correction table 57 is stored. As shown in FIG. 13, the evaluation score table 58 has information on inspection results and evaluation points. The evaluation points are stored in association with the inspection results of the qualitative inspection items in a form corresponding to the inspection results. In the aging score correction process, the evaluation points for the qualitative inspection item results in the aging score correction table 57 are extracted from the evaluation point table 58 based on the inspection results for the qualitative inspection item results and are stored in the aging score correction table 57. reflected.
　図１４は、実施の形態１にかかる点検計画作成サポートシステム１００に含まれるサーバ３の経年スコア情報記憶部３２５に格納される修正係数テーブル５９の一例を示す図である。 FIG. 14 is a diagram showing an example of the correction coefficient table 59 stored in the aging score information storage unit 325 of the server 3 included in the inspection plan creation support system 100 according to the first embodiment.
　修正係数テーブル５９は、経年スコア修正テーブル５７の定量的点検項目結果についての項目毎修正係数の情報が記憶されたテーブルである。図１４に示すように、修正係数テーブル５９は、経年スコア修正テーブル５７の定量的点検項目結果に記憶される計測現在値が、予め決められた基準範囲内にある場合と、基準範囲内に無い場合とに分けて、項目毎修正係数が記憶されている。 The correction coefficient table 59 is a table in which information on the correction coefficients for each item regarding the quantitative inspection item results of the secular score correction table 57 is stored. As shown in FIG. 14, the correction coefficient table 59 shows cases in which the current measurement value stored in the quantitative inspection item results of the aging score correction table 57 is within a predetermined reference range, and when it is not within the reference range. Correction coefficients for each item are stored separately for each case.
　計測現在値が基準範囲内にある場合については、「計測現在値／計測値初期値」の計算式から得られる、計測現在値と計測値初期値との比の値に対応した項目毎修正係数が、計測現在値の範囲に関連付けられて記憶されている。また、計測現在値が基準範囲内に無い場合については、計測現在値と計測値初期値との大小関係に関わらず予め決められた項目毎修正係数が記憶されている。基準範囲は、計測値の正常範囲と換言できる。 If the current measurement value is within the standard range, the correction coefficient for each item corresponding to the ratio between the current measurement value and the initial measurement value obtained from the calculation formula "Current measurement value/Initial measurement value" is stored in association with the range of current measured values. Furthermore, when the measured current value is not within the reference range, a predetermined item-by-item correction coefficient is stored regardless of the magnitude relationship between the measured current value and the initial measured value. The reference range can be expressed as a normal range of measured values.
　つぎに、点検情報端末１におけるデータ処理について説明する。図１５は、実施の形態１にかかる点検計画作成サポートシステム１００に含まれる点検情報端末１におけるデータ処理の一例を示すフローチャートである。 Next, data processing in the inspection information terminal 1 will be explained. FIG. 15 is a flowchart showing an example of data processing in the inspection information terminal 1 included in the inspection plan creation support system 100 according to the first embodiment.
　ステップＳ１１０において、点検計画情報が、取得される。具体的に、点検情報端末１の設備保守情報処理部１３が、点検対象設備の情報および点検種別の情報を含む点検計画情報を取得する。点検情報端末１の入力部１５は、設備保守情報の入力処理の開始を指示する操作である情報入力開始操作を点検作業者から受け付ける。入力部１５は、情報入力開始操作を受け付けると、当該情報入力開始操作に対応する操作情報である情報入力開始操作情報を点検情報端末１の設備保守情報処理部１３に送信する。 In step S110, inspection plan information is acquired. Specifically, the equipment maintenance information processing unit 13 of the inspection information terminal 1 acquires inspection plan information including information on the equipment to be inspected and information on the type of inspection. The input unit 15 of the inspection information terminal 1 receives an information input start operation, which is an operation to instruct the start of equipment maintenance information input processing, from the inspection worker. Upon receiving the information input start operation, the input unit 15 transmits information input start operation information, which is operation information corresponding to the information input start operation, to the equipment maintenance information processing unit 13 of the inspection information terminal 1.
　設備保守情報処理部１３は、入力部１５から送信された情報入力開始操作情報を受信すると、当該情報入力開始操作情報に基づいて、点検計画情報の送信を要求する旨の点検計画要求情報を、点検情報端末１の端末通信部１１を介してサーバ３に送信する。 Upon receiving the information input start operation information transmitted from the input unit 15, the equipment maintenance information processing unit 13 sends inspection plan request information requesting transmission of inspection plan information based on the information input start operation information. It is transmitted to the server 3 via the terminal communication section 11 of the inspection information terminal 1.
　サーバ３のサーバ通信部３１は、点検情報端末１の端末通信部１１から送信された点検計画要求情報を受信すると、当該点検計画要求情報をサーバ３の端末データ処理部３３２に送信する。端末データ処理部３３２は、サーバ通信部３１から送信された点検計画要求情報を受信すると、当該点検計画要求情報に基づいて、サーバ３のサーバ記憶部３２の点検計画情報記憶部３２６に記憶されている点検計画情報を、サーバ通信部３１を介して点検情報端末１に送信する。 When the server communication unit 31 of the server 3 receives the inspection plan request information transmitted from the terminal communication unit 11 of the inspection information terminal 1, it transmits the inspection plan request information to the terminal data processing unit 332 of the server 3. Upon receiving the inspection plan request information transmitted from the server communication section 31, the terminal data processing section 332 stores the inspection plan information storage section 326 of the server storage section 32 of the server 3 based on the inspection plan request information. The inspection plan information is sent to the inspection information terminal 1 via the server communication section 31.
　点検情報端末１の端末通信部１１は、サーバ３の端末データ処理部３３２から送信された点検計画情報を受信すると、当該点検計画情報を点検情報端末１の設備保守情報処理部１３に送信する。設備保守情報処理部１３は、端末通信部１１から送信された点検計画情報を受信すると、当該点検計画情報を記憶する。これにより、設備保守情報処理部１３は、点検計画情報に含まれる点検対象設備の情報および点検種別の情報を取得することができる。その後、ステップＳ１２０に進む。 Upon receiving the inspection plan information transmitted from the terminal data processing section 332 of the server 3, the terminal communication section 11 of the inspection information terminal 1 transmits the inspection plan information to the equipment maintenance information processing section 13 of the inspection information terminal 1. When the equipment maintenance information processing unit 13 receives the inspection plan information transmitted from the terminal communication unit 11, it stores the inspection plan information. Thereby, the equipment maintenance information processing unit 13 can acquire information on the equipment to be inspected and information on the inspection type included in the inspection plan information. After that, the process advances to step S120.
　ステップＳ１２０では、点検対象設備の情報が、表示される。具体的に、点検情報端末１の設備保守情報処理部１３が、点検計画情報に含まれる点検対象設備の情報を、点検情報端末１の表示部１４に表示させる。点検対象設備の情報には、設備点検の対象候補となる複数の設備または設備の部品の情報が含まれる。 In step S120, information on the equipment to be inspected is displayed. Specifically, the equipment maintenance information processing unit 13 of the inspection information terminal 1 causes the display unit 14 of the inspection information terminal 1 to display information on the equipment to be inspected included in the inspection plan information. The information on equipment to be inspected includes information on a plurality of equipments or parts of equipment that are candidates for equipment inspection.
　点検作業者は、表示部１４に表示された設備点検の対象候補となる複数の設備または設備の部品の情報の中から、設備保守情報の入力処理の対象となる点検対象設備を、入力部１５を用いて選択する。その後、ステップＳ１３０に進む。 The inspection worker selects the equipment to be inspected, which is the target of equipment maintenance information input processing, from among the information on the plurality of equipments or parts of the equipment which are candidates for equipment inspection displayed on the display unit 14, using the input unit 15. Select using . After that, the process advances to step S130.
　ステップＳ１３０では、選択された点検対象設備の点検表が、表示される。具体的に、設備保守情報処理部１３が、点検作業者によって選択された点検対象設備に関連付けられて設備保守情報記憶部１２に記憶されている点検表を、表示部１４に表示させる。点検作業者は、表示部１４に表示された点検表に記録する点検記録情報である、点検作業者によって実施された点検結果の情報を、入力部１５を用いて入力する。すなわち、点検作業者は、点検対象設備について実施した点検結果の情報として点検実施日の情報および点検結果の情報を入力する操作を、点検情報端末１の入力部１５に行う。その後、ステップＳ１４０に進む。 In step S130, the inspection list of the selected equipment to be inspected is displayed. Specifically, the equipment maintenance information processing unit 13 causes the display unit 14 to display a check list stored in the equipment maintenance information storage unit 12 in association with the equipment to be inspected selected by the inspection worker. The inspection worker uses the input section 15 to input information on the inspection results performed by the inspection worker, which is inspection record information to be recorded in the inspection sheet displayed on the display section 14 . That is, the inspection worker performs an operation to input information on the date of inspection and information on the inspection results into the input unit 15 of the inspection information terminal 1 as information on the inspection results performed on the equipment to be inspected. After that, the process advances to step S140.
　ステップＳ１４０では、点検記録情報である点検作業者によって実施された点検結果の情報が、取得される。具体的に、設備保守情報処理部１３が、点検記録情報である点検作業者によって実施された点検結果の情報を取得する。設備保守情報処理部１３は、入力部１５が受け付けた点検結果の情報を入力する操作である点検結果入力操作を点検作業者から受け付けると、当該点検結果入力操作に対応する操作情報である点検結果入力情報を設備保守情報処理部１３に送信する。 In step S140, information on the inspection results performed by the inspection worker, which is inspection record information, is acquired. Specifically, the equipment maintenance information processing unit 13 acquires information on the inspection results performed by the inspection worker, which is inspection record information. When the equipment maintenance information processing unit 13 receives an inspection result input operation, which is an operation for inputting information on the inspection results received by the input unit 15, from an inspection worker, the equipment maintenance information processing unit 13 inputs the inspection result, which is operation information corresponding to the inspection result input operation. The input information is transmitted to the equipment maintenance information processing section 13.
　設備保守情報処理部１３は、点検結果入力情報を受信することにより、点検記録情報である点検作業者によって実施された点検結果の情報を取得することができる。設備保守情報処理部１３は、点検結果の情報を点検記録情報として点検表に記録して、設備保守情報記憶部１２に記憶させる。その後、ステップＳ１５０に進む。 By receiving the inspection result input information, the equipment maintenance information processing unit 13 can acquire information on the inspection results performed by the inspection worker, which is inspection record information. The equipment maintenance information processing unit 13 records information on the inspection results as inspection record information in an inspection sheet, and stores the information in the equipment maintenance information storage unit 12. After that, the process advances to step S150.
　ステップＳ１５０では、点検記録情報である点検作業者によって実施された点検結果の情報が、サーバ３に送信される。具体的に、設備保守情報処理部１３が、点検記録情報である点検作業者によって実施された点検結果の情報を、サーバ３の設備保守情報記憶部３２４において記憶できるデータ形式に変換する。設備保守情報処理部１３は、変換後の点検結果の情報を、端末通信部１１を介してサーバ３に送信する。 In step S150, information on the inspection results performed by the inspection worker, which is inspection record information, is transmitted to the server 3. Specifically, the equipment maintenance information processing unit 13 converts information on the inspection results performed by the inspection worker, which is inspection record information, into a data format that can be stored in the equipment maintenance information storage unit 324 of the server 3. The equipment maintenance information processing unit 13 transmits the converted inspection result information to the server 3 via the terminal communication unit 11.
　サーバ３のサーバ通信部３１は、点検情報端末１の端末通信部１１から送信された点検記録情報である変換後の点検結果の情報を受信すると、当該変換後の点検結果の情報をサーバ３の端末データ処理部３３２に送信する。端末データ処理部３３２は、サーバ通信部３１から送信された変換後の点検結果の情報を受信すると、当該変換後の点検結果の情報を設備保守情報記憶部３２４に記憶させる。 When the server communication unit 31 of the server 3 receives the converted inspection result information, which is the inspection record information transmitted from the terminal communication unit 11 of the inspection information terminal 1, the server communication unit 31 transmits the converted inspection result information to the server 3. It is transmitted to the terminal data processing section 332. When the terminal data processing unit 332 receives the converted inspection result information transmitted from the server communication unit 31, the terminal data processing unit 332 stores the converted inspection result information in the equipment maintenance information storage unit 324.
　つぎに、通信装置２１における稼働データ応答処理について説明する。図１６は、実施の形態１にかかる点検計画作成サポートシステム１００に含まれる通信装置２１の稼働データ応答処理の一例を示すフローチャートである。 Next, the operation data response processing in the communication device 21 will be explained. FIG. 16 is a flowchart illustrating an example of the operation data response process of the communication device 21 included in the inspection plan creation support system 100 according to the first embodiment.
　ステップＳ２１０において、稼働データの送信を要求する旨の稼働データ要求情報をサーバ３から受信したか否かが、判定される。具体的に、通信装置２１の通信装置処理部２１２の稼働データ応答処理部２１２２が、サーバ３のサーバ処理部３３の設備計測データ処理部３３１から送信された稼働データ要求情報を受信したか否かを判定する。 In step S210, it is determined whether operational data request information requesting transmission of operational data has been received from the server 3. Specifically, whether or not the operating data response processing unit 2122 of the communication device processing unit 212 of the communication device 21 has received the operating data request information transmitted from the equipment measurement data processing unit 331 of the server processing unit 33 of the server 3. Determine.
　サーバ３の設備計測データ処理部３３１は、サーバ３のサーバ通信部３１を介して稼働データ要求情報を通信装置２１の通信装置通信部２１１に送信する。通信装置通信部２１１は、サーバ通信部３１から送信された稼働データ要求情報を受信すると、当該稼働データ要求情報を稼働データ応答処理部２１２２に送信する。稼働データ応答処理部２１２２は、通信装置通信部２１１から送信された稼働データ要求情報を受信すると、当該稼働データ要求情報を記憶する。 The equipment measurement data processing unit 331 of the server 3 transmits the operation data request information to the communication device communication unit 211 of the communication device 21 via the server communication unit 31 of the server 3. Upon receiving the operational data request information transmitted from the server communication section 31, the communication device communication section 211 transmits the operational data request information to the operational data response processing section 2122. When the working data response processing unit 2122 receives the working data request information transmitted from the communication device communication unit 211, the working data response processing unit 2122 stores the working data request information.
　稼働データ応答処理部２１２２は、稼働データ要求情報に対する応答処理が実施されていない稼働データ要求情報が稼働データ応答処理部２１２２に記憶されている場合に、稼働データの送信を要求する旨の稼働データ要求情報をサーバ３から受信したと判定する。また、稼働データ応答処理部２１２２は、稼働データ要求情報に対する応答処理が実施されていない稼働データ要求情報が稼働データ応答処理部２１２２に記憶されていない場合に、稼働データの送信を要求する旨の稼働データ要求情報をサーバ３から受信していないと判定する。 If the operational data response processing unit 2122 stores operational data request information for which no response processing has been performed on the operational data request information, the operational data response processing unit 2122 generates operational data indicating that the operational data transmission is requested. It is determined that the request information has been received from the server 3. In addition, when the operational data response processing unit 2122 does not store operational data request information for which no response processing has been performed to the operational data request information, the operational data response processing unit 2122 sends a request to send the operational data. It is determined that the operational data request information has not been received from the server 3.
　稼働データの送信を要求する旨の稼働データ要求情報をサーバ３から受信したと判定された場合は、ステップＳ２１０においてＹｅｓとなり、ステップＳ２２０に進む。稼働データの送信を要求する旨の稼働データ要求情報をサーバ３から受信していないと判定された場合には、ステップＳ２１０においてＮｏとなり、一連の稼働データ応答処理が終了する。 If it is determined that operational data request information requesting transmission of operational data has been received from the server 3, the answer is Yes in step S210, and the process proceeds to step S220. If it is determined that the operational data request information requesting transmission of operational data has not been received from the server 3, the answer in step S210 is No, and the series of operational data response processing ends.
　ステップＳ２２０では、稼働データである計測値が、温度計測装置２２と湿度計測装置２３と電気計測装置２４と、から取得される。具体的に、通信装置２１の通信装置処理部２１２の稼働データ取得部２１２１が、稼働データ応答処理部２１２２の制御に従って、温度計測装置２２と湿度計測装置２３と電気計測装置２４とから、それぞれの現在の計測値を取得する。その後、ステップＳ２３０に進む。 In step S220, measurement values that are operating data are acquired from the temperature measurement device 22, the humidity measurement device 23, and the electrical measurement device 24. Specifically, the operating data acquisition unit 2121 of the communication device processing unit 212 of the communication device 21 collects the data from the temperature measuring device 22, humidity measuring device 23, and electrical measuring device 24 under the control of the operating data response processing unit 2122. Get the current measurement value. After that, the process advances to step S230.
　ステップＳ２３０では、取得された計測値が、稼働データとして送信される。具体的に、稼働データ応答処理部２１２２が、稼働データをサーバ処理部３３の設備計測データ処理部３３１に送信する。稼働データ応答処理部２１２２は、稼働データ取得部２１２１から稼働データを取得し、取得した稼働データを稼働データ要求情報に対する応答信号に変換し、通信装置通信部２１１を介して当該応答信号を設備計測データ処理部３３１に送信する。 In step S230, the acquired measurement value is transmitted as operating data. Specifically, the operation data response processing section 2122 transmits the operation data to the equipment measurement data processing section 331 of the server processing section 33. The operation data response processing unit 2122 acquires operation data from the operation data acquisition unit 2121, converts the acquired operation data into a response signal to operation data request information, and sends the response signal to equipment measurement via the communication device communication unit 211. It is transmitted to the data processing section 331.
　なお、稼働データ要求情報において要求されている稼働データが、予め決められたスケジュールに従ったタイミングで予め取得しておいた過去の稼働データである場合には、当該過去の稼働データが、サーバ３に送信される。 Note that if the operation data requested in the operation data request information is past operation data that has been acquired in advance at a timing according to a predetermined schedule, the past operation data is sent to.
　サーバ３の設備計測データ処理部３３１は、稼働データ要求情報に対する応答として稼働データ応答処理部２１２２から送信される稼働データを受信し、当該稼働データを設備稼働情報記憶部３２２に記憶させる。 The equipment measurement data processing unit 331 of the server 3 receives the operating data transmitted from the operating data response processing unit 2122 as a response to the operating data request information, and stores the operating data in the equipment operating information storage unit 322.
　つぎに、サーバ３における経年スコアを算出する経年情報処理のうち経年スコア加算処理について説明する。図１７は、実施の形態１にかかる点検計画作成サポートシステム１００に含まれるサーバ３の経年スコア加算処理の一例を示すフローチャートである。ここでは、経年スコア加算処理を実行する対象が、設備の部品である場合について説明する。 Next, among the aging information processing for calculating the aging score in the server 3, aging score addition processing will be described. FIG. 17 is a flowchart showing an example of aging score addition processing of the server 3 included in the inspection plan creation support system 100 according to the first embodiment. Here, a case will be described in which the object to which the aging score addition process is performed is a component of equipment.
　ステップＳ３１０において、経年スコア加算処理の定期処理が、開始される。具体的に、サーバ３のサーバ処理部３３の経年情報処理部３３３が、経年情報テーブル５５に登録されている設備ＩＤの部品ＩＤに対応した部品について、経年スコア加算処理の定期処理を開始する。経年スコア加算処理の定期処理は、予め決められた時間間隔ごとに、すなわち予め決められた周期で開始される。経年スコア加算処理の定期処理が開始される時間間隔の情報は、予め決められて経年情報処理部３３３に記憶されている。その後、ステップＳ３２０に進む。 In step S310, a regular process of aging score addition process is started. Specifically, the aging information processing unit 333 of the server processing unit 33 of the server 3 starts regular aging score addition processing for the component corresponding to the component ID of the equipment ID registered in the aging information table 55. The regular processing of aging score addition processing is started at predetermined time intervals, that is, at predetermined cycles. Information on the time interval at which the periodic processing of the aging score addition process is started is determined in advance and stored in the aging information processing unit 333. After that, the process advances to step S320.
　ステップＳ３２０では、経年情報処理の処理対象の部品の部品ＩＤに対応する経年スコア、すなわち経年スコア加算処理を実行する対象となる部品の部品ＩＤに対応する経年スコアが、取得される。具体的に、経年情報処理部３３３が、サーバ３のサーバ記憶部３２における経年スコア情報記憶部３２５に記憶された経年情報テーブル５５から、経年スコア加算処理を実行する対象となる部品の部品ＩＤに対応する経年スコアを取得する。その後、ステップＳ３３０に進む。 In step S320, the aging score corresponding to the part ID of the part to be processed in the aging information processing, that is, the aging score corresponding to the part ID of the part to be subjected to the aging score addition process is acquired. Specifically, the aging information processing unit 333 uses the aging information table 55 stored in the aging score information storage unit 325 in the server storage unit 32 of the server 3 to determine the component ID of the component for which aging score addition processing is to be performed. Obtain the corresponding aging score. After that, the process advances to step S330.
　ステップＳ３３０では、経年情報処理の処理対象の部品の部品ＩＤに対応する経年スコア加算テーブル５６、すなわち経年スコア加算処理を実行する対象となる部品の部品ＩＤに対応する経年スコア加算テーブル５６が、取得される。具体的に、経年情報処理部３３３が、サーバ記憶部３２における経年スコア情報記憶部３２５に記憶された、経年スコア加算処理を実行する対象となる部品の部品ＩＤに対応する経年スコア加算テーブル５６を取得する。その後、ステップＳ３４０に進む。 In step S330, the aging score addition table 56 corresponding to the part ID of the part to be processed in aging information processing, that is, the aging score addition table 56 corresponding to the part ID of the part to be subjected to aging score addition processing, is acquired. be done. Specifically, the aging information processing unit 333 stores the aging score addition table 56 corresponding to the part ID of the part for which aging score addition processing is to be performed, which is stored in the aging score information storage unit 325 in the server storage unit 32. get. After that, the process advances to step S340.
　経年スコア加算テーブル５６には、設備仕様情報記憶部３２１に記憶されている設備仕様情報５１と、設備重要度情報記憶部３２３に記憶されている設備重要度点数表５３および設備重要度別補正倍率表５４の情報が、予め反映されている。経年情報処理部３３３は、設備仕様情報５１、設備重要度点数表５３または設備重要度別補正倍率表５４の情報が更新された場合に、更新された情報を予め経年スコア加算テーブル５６に反映させる。経年情報処理部３３３は、設備ごとおよび設備の部品ごとに、各々に対応する経年スコア加算テーブル５６に、設備仕様情報５１、設備重要度点数表５３および設備重要度別補正倍率表５４の情報を、反映させる。 The aging score addition table 56 includes the equipment specification information 51 stored in the equipment specification information storage unit 321, the equipment importance score table 53 stored in the equipment importance information storage unit 323, and the correction magnification by equipment importance. The information in Table 54 is reflected in advance. When the equipment specification information 51, the equipment importance score table 53, or the equipment importance correction magnification table 54 is updated, the aging information processing unit 333 causes the updated information to be reflected in the aging score addition table 56 in advance. . The aging information processing unit 333 adds the information of the equipment specification information 51, the equipment importance score table 53, and the correction magnification table 54 by equipment importance to the corresponding aging score addition table 56 for each equipment and each part of the equipment. ,To reflect.
　ステップＳ３４０では、経年スコア加算処理を実行する対象となる部品について、前回の経年スコア加算処理の実施時から今回の経年スコア加算処理の実施時までの経過時間が、算出される。具体的に、経年情報処理部３３３が、前回の経年スコア加算処理の実施時から今回の経年スコア加算処理の実施時までの経過時間を算出する。 In step S340, the elapsed time from the time when the previous aging score addition process was performed to the time when the current aging score addition process was performed is calculated for the component that is the target of the aging score addition process. Specifically, the aging information processing unit 333 calculates the elapsed time from the time when the previous aging score addition process was performed to the time when the current aging score addition process was performed.
　経年情報処理部３３３は、時計機能を有し、経年スコア加算処理の実施時の日時の情報を記憶している。経年情報処理部３３３は、前回の経年スコア加算処理の実施時の日時の情報と、現在の日時の情報とに基づいて、前回の経年スコア加算処理の実施時から今回の経年スコア加算処理の実施時までの経過時間を算出する。経年情報処理部３３３は、算出した経過時間の情報を経年スコア加算テーブル５６に反映させる。その後、ステップＳ３５０に進む。 The aging information processing unit 333 has a clock function and stores information on the date and time when the aging score addition process is performed. The aging information processing unit 333 performs the current aging score addition process from the time of the previous aging score addition process based on the date and time information when the previous aging score addition process was performed and the current date and time information. Calculate the elapsed time until The aging information processing unit 333 reflects the calculated elapsed time information in the aging score addition table 56. After that, the process advances to step S350.
　ステップＳ３５０では、経年スコア加算処理を実行する対象となる部品について、設備計測装置２から稼働データが、取得される。具体的に、経年情報処理部３３３が、設備計測装置２の通信装置２１から稼働データを取得する。設備計測データ処理部３３１は、設備計測装置２の通信装置２１における通信装置処理部２１２の稼働データ応答処理部２１２２に稼働データの送信を要求する旨の稼働データ要求情報を、サーバ通信部３１を介して送信する。その後、設備計測データ処理部３３１は、稼働データ要求情報に対する応答として稼働データ応答処理部２１２２から送信される稼働データの情報を受信し、当該稼働データの情報を設備稼働情報記憶部３２２に記憶させる。 In step S350, operation data is acquired from the equipment measurement device 2 for the component to be subjected to the aging score addition process. Specifically, the aging information processing unit 333 acquires operation data from the communication device 21 of the equipment measuring device 2. The equipment measurement data processing unit 331 sends operation data request information to the server communication unit 31 to request the operation data response processing unit 2122 of the communication device processing unit 212 in the communication device 21 of the equipment measurement device 2 to transmit operation data. Send via. Thereafter, the equipment measurement data processing unit 331 receives the operation data information transmitted from the operation data response processing unit 2122 as a response to the operation data request information, and stores the operation data information in the equipment operation information storage unit 322. .
　そして、経年情報処理部３３３は、経年スコア加算処理を実行する対象となる部品の部品ＩＤに対応する稼働データを、設備稼働情報記憶部３２２から取得する。経年情報処理部３３３は、取得した稼働データを、経年スコア加算テーブル５６の稼働量補正の稼働情報に反映させる。その後、ステップＳ３６０に進む。 Then, the aging information processing unit 333 acquires the operation data corresponding to the component ID of the component for which the aging score addition process is to be performed, from the equipment operation information storage unit 322. The aging information processing unit 333 reflects the acquired operation data in the operation information for the operation amount correction in the aging score addition table 56. After that, the process advances to step S360.
　ステップＳ３６０では、経年スコア加算値が、経年スコア加算テーブル５６から取得される。具体的に、経年情報処理部３３３が、上述した処理によって経年スコア加算処理を実行する対象となる部品についての各種の情報が反映された経年スコア加算テーブル５６において経年スコア加算値を算出することにより、経年スコア加算値を取得する。その後、ステップＳ３７０に進む。 In step S360, the aging score addition value is acquired from the aging score addition table 56. Specifically, the aging information processing unit 333 calculates the aging score addition value in the aging score addition table 56 that reflects various information about the parts for which aging score addition processing is to be performed by the above-described processing. , obtain the aging score addition value. After that, the process advances to step S370.
　ステップＳ３７０では、経年スコア加算値が、経年スコアに加算される。具体的に、経年情報処理部３３３が、ステップＳ３６０において取得された経年スコア加算処理を実行する対象となる部品についての経年スコア加算値を、ステップＳ３２０において経年情報テーブル５５から取得された経年スコア加算処理を実行する対象となる部品についての経年スコアに、加算する。 In step S370, the aging score addition value is added to the aging score. Specifically, the aged information processing unit 333 converts the aging score addition value for the part to be subjected to the aging score addition process acquired in step S360 into the aging score addition value acquired from the aging information table 55 in step S320. It is added to the aging score of the part to be processed.
　経年情報処理部３３３は、経年スコアに経年スコア加算値を加算して算出された、経年スコア加算処理を実行する対象となる部品についての新たな経年スコアを、経年スコア情報記憶部３２５に記憶された、経年スコア加算処理を実行する対象となる部品についての経年情報テーブル５５に格納する。すなわち、経年情報テーブル５５に格納されている経年スコア加算処理を実行する対象となる部品についての経年スコアが、算出された新たな経年スコアにより上書きされて更新される。なお、古い経年スコアは、新たな経年スコアとは別に、経年スコア情報記憶部３２５に残されてもよい。その後、ステップＳ３８０に進む。 The aging information processing unit 333 stores the new aging score for the part to be subjected to the aging score addition process, which is calculated by adding the aging score addition value to the aging score, in the aging score information storage unit 325. In addition, it is stored in the aging information table 55 for the parts to be subjected to the aging score addition process. That is, the aged score of the part to be subjected to the aged score addition process stored in the aged information table 55 is overwritten and updated with the calculated new aged score. Note that the old aging score may be left in the aging score information storage section 325 separately from the new aging score. After that, the process advances to step S380.
　ステップＳ３８０では、新たな経年スコアの値が点検作業の実施を要請するために予め決められた基準値以上であるか否かが、判定される。「新たな経年スコアの値が点検作業の実施を要請するために予め決められた基準値以上であるか否か」という条件は、「新たな経年スコアの値が点検作業の実施を要請するために予め決められた基準条件を満たすか否か」という条件と換言できる。 In step S380, it is determined whether the new aging score value is greater than or equal to a predetermined reference value for requesting implementation of inspection work. The condition ``Whether or not the value of the new aging score is greater than or equal to the predetermined standard value for requesting the implementation of inspection work'' This condition can be expressed as "whether or not a predetermined standard condition is satisfied."
　具体的に、経年情報処理部３３３が、新たな経年スコアの値が点検作業の実施を要請するために予め決められた基準条件を満たすか否かを、判定する。基準条件は、例えば、上述した「新たな経年スコアの値が１以上であるという条件」である。基準条件は、予め決められて経年情報処理部３３３に記憶されている。基準条件は、サーバ３の外部の装置から入力される情報によって任意の値に変更可能である。 Specifically, the aging information processing unit 333 determines whether the new aging score value satisfies predetermined reference conditions for requesting implementation of inspection work. The reference condition is, for example, the above-mentioned "condition that the value of the new aging score is 1 or more." The reference conditions are determined in advance and stored in the aging information processing section 333. The reference conditions can be changed to arbitrary values based on information input from a device external to the server 3.
　新たな経年スコアの値が点検作業の実施を要請するために予め決められた基準条件を満たさないと判定された場合は、ステップＳ３８０においてＮｏとなり、一連の経年スコア加算処理が終了する。新たな経年スコアの値が点検作業の実施を要請するために予め決められた基準条件を満たすと判定された場合は、ステップＳ３８０においてＹｅｓとなり、ステップＳ３９０に進む。 If it is determined that the new aging score value does not satisfy the predetermined standard conditions for requesting implementation of inspection work, the result in step S380 is No, and the series of aging score addition processing ends. If it is determined that the new aging score value satisfies the predetermined standard conditions for requesting inspection work, the answer is Yes in step S380, and the process proceeds to step S390.
　ステップＳ３９０では、経年スコア加算処理が実行された部品についての点検要請が、点検情報端末１に通知される。具体的に、点検計画処理部３３４が、経年スコア加算処理が実行された部品についての点検要請を、点検情報端末１に通知する。 In step S390, the inspection information terminal 1 is notified of an inspection request for the parts for which the aging score addition process has been performed. Specifically, the inspection plan processing unit 334 notifies the inspection information terminal 1 of an inspection request for the component for which the aging score addition process has been performed.
　点検要請の通知方法としては、例えば点検計画処理部３３４によって点検計画情報記憶部３２６に格納されている点検計画の変更処理を実行することで、点検作業者が次回点検を実施する対象設備の更新が自動で実施される形態とされる。また、点検要請の通知方法としては、対象設備に対する点検実施を要請する旨が記載されたメールを点検情報端末１に送信する形態とされてもよく、対象設備に対する点検実施を要請する旨が記載された通知ポップアップの情報を点検情報端末１に送信する形態とされてもよく、またこれらの両方であってもよい。点検情報端末１では、対象設備に対する点検実施を要請する旨が記載されたメールまたは対象設備に対する点検実施を要請する旨が記載された通知ポップアップを、表示部１４に表示させる。これにより、点検情報端末１では、経年スコア加算処理が実行された部品の劣化が進んでおり、当該部品の点検作業の実施が必要であることを点検作業者等に知らせることができる。 As a method of notification of an inspection request, for example, the inspection plan processing unit 334 executes a process to change the inspection plan stored in the inspection plan information storage unit 326, so that the inspection operator can update the target equipment to be inspected next time. This will be implemented automatically. Furthermore, the inspection request notification method may include sending an email to the inspection information terminal 1 that includes a request to conduct an inspection of the target equipment, and includes a request to conduct an inspection of the target equipment. The notification pop-up information may be sent to the inspection information terminal 1, or both of these may be used. The inspection information terminal 1 causes the display unit 14 to display an email containing a request for inspection of the target equipment or a notification pop-up indicating a request for inspection of the target equipment. Thereby, the inspection information terminal 1 can notify an inspection worker or the like that the component for which the aging score addition process has been performed has progressed in deterioration and that inspection work for the component is required.
　すなわち、点検計画処理部３３４は、経年スコア加算処理を実行する対象となる部品の劣化が進んでおり、当該部品の点検作業の実施を要請する旨の点検要請情報を生成する。そして、点検計画処理部３３４は、生成した点検要請情報を点検情報端末１に送信することにより、経年スコア加算処理を実行する対象となる部品の点検要請が、点検情報端末１に通知される。これにより、点検情報端末１では、経年スコア加算処理が実行された部品の劣化が進んでおり、当該部品の点検作業の実施が必要であることを点検作業者等に知らせることができる。 In other words, the inspection plan processing unit 334 generates inspection request information to the effect that the component to be subjected to the aging score addition process has progressed in deterioration and that inspection work for the component is requested. Then, the inspection plan processing unit 334 transmits the generated inspection request information to the inspection information terminal 1, so that the inspection information terminal 1 is notified of the inspection request for the component to be subjected to the aging score addition process. Thereby, the inspection information terminal 1 can notify an inspection worker or the like that the component for which the aging score addition process has been performed has progressed in deterioration and that inspection work for the component is required.
　つぎに、サーバ３における経年情報処理のうち経年スコア修正処理について説明する。図１８は、実施の形態１にかかる点検計画作成サポートシステム１００に含まれるサーバ３の経年スコア修正処理の一例を示すフローチャートである。ここでは、経年スコア修正処理を実行する対象が、設備の部品である場合について説明する。 Next, among the aging information processing in the server 3, aging score correction processing will be explained. FIG. 18 is a flowchart illustrating an example of the aging score correction process of the server 3 included in the inspection plan creation support system 100 according to the first embodiment. Here, a case will be described in which the object to which the aging score correction process is executed is a component of equipment.
　ステップＳ４１０において、点検情報端末１から送信された端末データが、受信される。具体的に、サーバ３のサーバ処理部３３の経年情報処理部３３３が、点検情報端末１から送信された端末データを受信する。 In step S410, the terminal data transmitted from the inspection information terminal 1 is received. Specifically, the aging information processing section 333 of the server processing section 33 of the server 3 receives the terminal data transmitted from the inspection information terminal 1.
　点検情報端末１は、点検作業者が入力部１５から入力した情報を端末データとしてサーバ３に送信する。サーバ３のサーバ通信部３１は、点検情報端末１から送信された端末データを受信すると、当該端末データを端末データ処理部３３２に送信する。端末データ処理部３３２は、サーバ通信部３１から送信された端末データを受信すると、当該端末データを設備保守情報記憶部３２４に記憶させる。その後、ステップＳ４２０に進む。 The inspection information terminal 1 transmits information input by the inspection worker from the input unit 15 to the server 3 as terminal data. Upon receiving the terminal data transmitted from the inspection information terminal 1, the server communication section 31 of the server 3 transmits the terminal data to the terminal data processing section 332. When the terminal data processing unit 332 receives the terminal data transmitted from the server communication unit 31, the terminal data processing unit 332 stores the terminal data in the equipment maintenance information storage unit 324. After that, the process advances to step S420.
　ステップＳ４２０では、点検情報端末１から送信された端末データの内容が何であるかが、判定される。具体的に、経年情報処理部３３３が、点検情報端末１から送信された端末データの内容が何であるかを判定する。すなわち、経年情報処理部３３３は、端末データが点検記録情報であるか、メンテナンス記録情報であるかを、判定する。端末データ処理部３３２は、端末データが点検記録情報であるか、メンテナンス記録情報であるかの判定結果を、サーバ３のサーバ処理部３３の経年情報処理部３３３に送信する。 In step S420, it is determined what the content of the terminal data transmitted from the inspection information terminal 1 is. Specifically, the aging information processing unit 333 determines the content of the terminal data transmitted from the inspection information terminal 1. That is, the aging information processing unit 333 determines whether the terminal data is inspection record information or maintenance record information. The terminal data processing section 332 transmits the determination result of whether the terminal data is inspection record information or maintenance record information to the aging information processing section 333 of the server processing section 33 of the server 3.
　端末データが点検記録情報であると判定された場合は（ステップＳ４２０：点検記録情報）、ステップＳ４３０に進む。端末データがメンテナンス記録情報であると判定された場合は（ステップＳ４２０：メンテナンス記録情報）、ステップＳ４９０に進む。 If it is determined that the terminal data is inspection record information (step S420: inspection record information), the process advances to step S430. If it is determined that the terminal data is maintenance record information (step S420: maintenance record information), the process advances to step S490.
　ステップＳ４３０では、経年情報処理の処理対象の部品の部品ＩＤに対応する経年スコア、すなわち経年スコア修正処理を実行する対象となる部品の部品ＩＤに対応する経年スコアが、取得される。具体的に、経年情報処理部３３３が、サーバ３のサーバ記憶部３２における経年スコア情報記憶部３２５に記憶された経年情報テーブル５５から、経年スコア修正処理を実行する対象となる部品の部品ＩＤに対応する経年スコアを取得する。その後、ステップＳ４４０に進む。 In step S430, the aging score corresponding to the part ID of the part to be processed in the aging information processing, that is, the aging score corresponding to the part ID of the part to be subjected to the aging score correction process is acquired. Specifically, the aging information processing unit 333 uses the aging information table 55 stored in the aging score information storage unit 325 in the server storage unit 32 of the server 3 to determine the component ID of the component for which the aging score correction process is to be performed. Obtain the corresponding aging score. After that, the process advances to step S440.
　ステップＳ４４０では、経年情報処理の処理対象の部品の部品ＩＤに対応する経年スコア修正テーブル５７、すなわち経年スコア修正処理を実行する対象となる部品の部品ＩＤに対応する経年スコア修正テーブル５７が、取得される。具体的に、経年情報処理部３３３が、サーバ記憶部３２における経年スコア情報記憶部３２５に記憶された、経年スコア修正処理を実行する対象となる部品の部品ＩＤに対応する経年スコア修正テーブル５７を取得する。その後、ステップＳ４５０に進む。 In step S440, the aging score correction table 57 corresponding to the part ID of the part to be processed in the aging information process, that is, the aging score correction table 57 corresponding to the part ID of the part to be subjected to the aging score correction process is acquired. be done. Specifically, the aging information processing unit 333 stores the aging score correction table 57 corresponding to the part ID of the part to be subjected to the aging score correction process, which is stored in the aging score information storage unit 325 in the server storage unit 32. get. After that, the process advances to step S450.
　経年スコア修正テーブル５７には、設備仕様情報記憶部３２１に記憶されている設備仕様情報５１の耐用稼働時間の情報が予め反映されている。経年情報処理部３３３は、設備仕様情報５１の耐用稼働時間の情報が更新された場合に、更新された情報を予め経年スコア修正テーブル５７に反映させる。また、経年スコア修正テーブル５７における定量的点検項目結果の計測値初期値には、経年スコア修正処理が最初に実行されたときに取得された点検結果情報が用いられてもよく、あるいは任意に定めた正常値が用いられてもよい。 Information on the durable operating time of the equipment specification information 51 stored in the equipment specification information storage unit 321 is reflected in the aging score correction table 57 in advance. When the information on the durable operating time of the equipment specification information 51 is updated, the aging information processing unit 333 causes the updated information to be reflected in the aging score correction table 57 in advance. In addition, the initial measured values of the quantitative inspection item results in the aging score correction table 57 may use inspection result information acquired when the aging score correction process is first executed, or may be arbitrarily determined. Normal values may also be used.
　ステップＳ４５０では、経年情報処理の処理対象の部品の部品ＩＤに対応する累積稼働時間情報が、取得される。具体的に、経年情報処理部３３３が、サーバ３のサーバ記憶部３２における設備重要度情報記憶部３２３に記憶されている設備稼働情報５２から、経年情報処理の処理対象の部品の部品ＩＤに対応する累積稼働時間情報を取得する。その後、ステップＳ４６０に進む。 In step S450, cumulative operating time information corresponding to the component ID of the component targeted for aging information processing is acquired. Specifically, the aging information processing unit 333 selects a component ID corresponding to the component ID of the component to be processed in aging information processing from the equipment operation information 52 stored in the equipment importance information storage unit 323 in the server storage unit 32 of the server 3. Get cumulative operating time information. After that, the process advances to step S460.
　ステップＳ４６０では、経年情報処理の処理対象の部品の部品ＩＤに対応する部品の経年スコアに関係する点検記録情報が、取得される。具体的に、経年情報処理部３３３が、サーバ３のサーバ記憶部３２に記憶されている設備保守情報記憶部３２４から、経年情報処理の処理対象の部品の部品ＩＤに対応する経年スコアに関係する点検記録情報を取得する。 In step S460, inspection record information related to the aging score of the component corresponding to the component ID of the component to be processed in aging information processing is acquired. Specifically, the aging information processing unit 333 obtains information related to the aging score corresponding to the component ID of the component to be processed in aging information processing from the equipment maintenance information storage unit 324 stored in the server storage unit 32 of the server 3. Obtain inspection record information.
　ステップＳ４７０では、修正係数が、経年スコア修正テーブル５７から取得される。具体的に、経年情報処理部３３３が、ステップＳ４６０で取得された点検記録情報を経年スコア修正テーブル５７に反映させ、点検記録情報の反映後の経年スコア修正テーブル５７から修正係数を取得する。その後、ステップＳ４８０に進む。 In step S470, a correction coefficient is obtained from the aging score correction table 57. Specifically, the aged information processing unit 333 reflects the inspection record information acquired in step S460 on the aged score correction table 57, and acquires a correction coefficient from the aged score correction table 57 after reflecting the inspection record information. After that, the process advances to step S480.
　ステップＳ４８０では、修正係数が、経年情報処理の処理対象の部品の部品ＩＤに対応する経年スコアに積算される。具体的に、経年情報処理部３３３が、ステップＳ４７０で取得された修正係数を、経年スコア情報記憶部３２５に記憶された経年情報テーブル５５における経年情報処理の処理対象の部品の部品ＩＤに対応する経年スコアに積算し、経年情報テーブル５５の経年スコアを更新する。これにより、一連の経年スコア修正処理が終了する。 In step S480, the correction coefficient is integrated into the aging score corresponding to the part ID of the part to be processed in aging information processing. Specifically, the aging information processing section 333 corresponds the correction coefficient acquired in step S470 to the component ID of the component to be processed for aging information processing in the aging information table 55 stored in the aging score information storage section 325. The aging score is integrated and the aging score of the aging information table 55 is updated. This completes a series of aging score correction processes.
　ステップＳ４９０では、経年情報処理の処理対象の部品の部品ＩＤに対応する経年スコア、すなわち経年スコア修正処理を実行する対象となる部品の部品ＩＤに対応する経年スコアが、取得される。具体的に、経年情報処理部３３３が、サーバ３のサーバ記憶部３２における経年スコア情報記憶部３２５に記憶された経年情報テーブル５５から、経年スコア修正処理を実行する対象となる部品の部品ＩＤに対応する経年スコアを取得する。その後、ステップＳ５００に進む。 In step S490, the aging score corresponding to the part ID of the part to be processed in the aging information processing, that is, the aging score corresponding to the part ID of the part to be subjected to the aging score correction process is acquired. Specifically, the aging information processing unit 333 uses the aging information table 55 stored in the aging score information storage unit 325 in the server storage unit 32 of the server 3 to determine the component ID of the component for which the aging score correction process is to be performed. Obtain the corresponding aging score. After that, the process advances to step S500.
　ステップＳ５００では、経年スコアが、リセットされる。具体的に、経年情報処理部３３３が、ステップＳ４９０で取得された経年スコアを０に戻し、経年情報テーブル５５における経年スコア修正処理を実行する対象となる部品の部品ＩＤに対応する経年スコアを０で更新する。これにより、一連の経年スコア修正処理が終了する。 In step S500, the aging score is reset. Specifically, the aging information processing unit 333 returns the aging score acquired in step S490 to 0, and sets the aging score corresponding to the component ID of the component to be subjected to the aging score correction process in the aging information table 55 to 0. Update with. This completes a series of aging score correction processes.
　図１９は、実施の形態１にかかる点検計画作成サポートシステム１００における処理において関係し合う情報の流れを示す図である。図１９では、上記において説明した経年スコアの算出における情報および処理の関係を示している。図１９において、Δｔは、前回の経年スコア加算処理の実施時から今回の経年スコア加算処理の実施時までの経過時間を示している。 FIG. 19 is a diagram showing the flow of information related to processing in the inspection plan creation support system 100 according to the first embodiment. FIG. 19 shows the relationship between information and processing in calculating the aging score described above. In FIG. 19, Δt indicates the elapsed time from the time when the previous aging score addition process was performed to the time when the current aging score addition process was performed.
　図１９に示すように、点検計画作成サポートシステム１００では、設備重要度点数表５３、設備重要度別補正倍率表５４、評価点テーブル５８、修正係数テーブル５９に含まれる情報が点検計画に与える影響度合いを補正することで、設備仕様情報、設備稼働情報および設備保守情報に基づいて、経年スコアを設備ごとおよび部品ごとに算出することができる。また、点検計画作成サポートシステム１００では、経年スコア修正テーブル５７を用いて経年スコアを修正することにより、点検結果を経年スコアに反映させることができる。これにより、点検計画作成サポートシステム１００は、設備の稼働状況に対応して自動で設備の点検実施の優先度を修正できる。そして、点検計画作成サポートシステム１００では、経年スコアに基づいて点検要請情報を点検情報端末１に通知することができる。 As shown in FIG. 19, in the inspection plan creation support system 100, the influence of information included in the equipment importance score table 53, the correction magnification table 54 by equipment importance, the evaluation score table 58, and the correction coefficient table 59 on the inspection plan. By correcting the degree, the aging score can be calculated for each piece of equipment and each part based on the equipment specification information, equipment operation information, and equipment maintenance information. Furthermore, in the inspection plan creation support system 100, by correcting the aging score using the aging score correction table 57, the inspection results can be reflected in the aging score. Thereby, the inspection plan creation support system 100 can automatically modify the priority of equipment inspection implementation in accordance with the operating status of the equipment. The inspection plan creation support system 100 can notify the inspection information terminal 1 of inspection request information based on the aging score.
　そして、点検作業員は、点検要請情報に基づいて、設備の稼働状況に即した適切な設備の点検実施が可能になる。すなわち、点検要請情報が点検情報端末１に通知された設備は、高負荷で稼働している設備といえる。また、点検要請情報が点検情報端末１に通知されていない設備は、低負荷で稼働している設備といえる。点検作業員は、点検要請情報が点検情報端末１に通知された設備については、優先的に設備の点検実施を行う点検計画を作成することができる。また、点検作業員は、点検要請情報が点検情報端末１に通知されていない設備については、点検頻度が少なく、過剰な点検実施を抑制した点検計画を作成することができる。 Then, based on the inspection request information, the inspection worker can conduct an appropriate inspection of the equipment according to the operating status of the equipment. In other words, the equipment whose inspection request information has been notified to the inspection information terminal 1 can be said to be equipment operating under high load. Additionally, equipment whose inspection request information is not notified to the inspection information terminal 1 can be said to be equipment that is operating at a low load. The inspection worker can create an inspection plan for preferentially inspecting the facilities for which inspection request information has been notified to the inspection information terminal 1. Furthermore, for equipment for which inspection request information has not been notified to the inspection information terminal 1, the inspection worker can create an inspection plan that reduces the frequency of inspections and suppresses excessive inspections.
　上記のように、実施の形態１によれば、サーバと、サーバと通信可能であり、設備の稼働状態を計測して計測結果である稼働データをサーバに送信する設備計測装置と、を備える点検計画作成サポートシステムが、実現される。そして、サーバは、設備の仕様の情報である設備仕様情報と、設備の稼働状態を示す情報であって稼働データからなる設備稼働情報と、設備が故障した場合における被害が大きい設備を評価する情報である設備重要度情報と、設備の設備保守に関する情報である設備保守情報とに基づいて、設備の劣化のレベルを示す情報である経年スコアを算出する経年情報処理部と、経年スコアに基づいて設備の点検作業の実施を要請する旨の点検要請情報を生成する点検計画処理部と、サーバの外部の装置との間で通信を行う通信部と、を備える。 As described above, according to Embodiment 1, an inspection including a server and an equipment measuring device that is capable of communicating with the server, measures the operating state of equipment, and transmits operating data that is the measurement result to the server. A planning support system is realized. The server then provides equipment specification information, which is information about the equipment specifications, equipment operation information, which is information indicating the operating status of the equipment and consists of operation data, and information that evaluates the equipment that will suffer major damage in the event of equipment failure. an aging information processing unit that calculates an aging score, which is information indicating the level of deterioration of the equipment, based on equipment importance information, which is equipment importance information, and equipment maintenance information, which is information about equipment maintenance of the equipment; It includes an inspection plan processing unit that generates inspection request information requesting implementation of equipment inspection work, and a communication unit that communicates with a device external to the server.
　また、実施の形態１によれば、設備についての点検計画の立案をサポートするためのサーバとしてコンピュータを機能させる点検計画作成プログラムであって、設備の稼働状態を示す稼働データと、設備の設備保守に関する情報である設備保守情報とを受信するステップと、設備の仕様の情報である設備仕様情報と、設備の稼働状態を示す情報であって稼働データからなる設備稼働情報と、設備が故障した場合における被害が大きい設備を評価する情報である設備重要度情報と、設備保守情報とに基づいて、設備の劣化のレベルを示す情報である経年スコアを算出するステップと、経年スコアに基づいて設備の点検作業の実施を要請する旨の点検要請情報を生成するステップと、をコンピュータに実行させる点検計画作成プログラムが、実現される。 Further, according to the first embodiment, there is provided an inspection plan creation program that causes a computer to function as a server for supporting the formulation of an inspection plan for equipment, and the program includes operational data indicating the operating status of the equipment, and equipment maintenance of the equipment. a step of receiving equipment maintenance information, which is information about the equipment; equipment specification information, which is information about the equipment specifications; equipment operation information, which is information indicating the operating status of the equipment, and which consists of operation data; A step of calculating an aging score, which is information indicating the level of deterioration of the equipment, based on equipment importance information, which is information for evaluating equipment that has suffered major damage, and equipment maintenance information; An inspection plan creation program that causes a computer to execute the step of generating inspection request information requesting execution of inspection work is realized.
　上述したように、実施の形態１にかかる点検計画作成サポートシステム１００によれば、サーバ３が、設備計測装置２から取得される設備の稼働状態の情報に基づいて経年スコアを算出し、設備保守における点検の対象設備である点検対象設備が保守点検を必要とする状態にあることを判定し、点検が必要な設備の点検作業の実施を要請する旨の点検要請情報を生成し、点検要請情報を点検情報端末１に送信することができる。また、サーバ３は、点検結果を経年スコアに反映させることができる。このため、点検計画作成サポートシステム１００によれば、作業者による設備についての点検計画の立案をサポートすることができる。 As described above, according to the inspection plan creation support system 100 according to the first embodiment, the server 3 calculates the aging score based on the information on the operating status of the equipment acquired from the equipment measuring device 2, and performs equipment maintenance. It is determined that the equipment to be inspected, which is the equipment to be inspected, is in a state requiring maintenance and inspection, and inspection request information is generated to request implementation of inspection work for the equipment that requires inspection, and inspection request information is generated. can be transmitted to the inspection information terminal 1. Further, the server 3 can reflect the inspection results in the aging score. Therefore, according to the inspection plan creation support system 100, it is possible to support the operator in drawing up an inspection plan for equipment.
　したがって、点検計画作成サポートシステム１００によれば、簡単な構成で設備が保守点検を必要とする状態にあることを判定して、点検が必要な設備の点検作業の実施を要請する情報を生成可能である、という効果を奏する。 Therefore, according to the inspection plan creation support system 100, with a simple configuration, it is possible to determine that equipment is in a state that requires maintenance and inspection, and to generate information requesting implementation of inspection work for equipment that requires inspection. This has the effect of
　そして、点検計画作成サポートシステム１００によれば、設備の稼働状態の情報を取得するいくつかの計測装置での計測結果を用いることにより、あるいはいくつかの計測装置での計測結果と現地での設備の点検記録結果とを組み合わせることによって、計測装置およびネットワークカメラなどを組み合わせた構成による完全な遠隔点検システムを構築する場合に比べて、簡単な構成で経済的な構成を実現するとともに点検作業員の点検業務による負担を軽減する点検計画の作成が可能になる。そして、点検計画作成サポートシステム１００によれば、点検作業が必要な設備に対してのみ点検作業を行えるようになり、必要と判断された時にのみメンテナンスを実施する所謂Ｃｏｎｄｉｔｉｏｎ　Ｂａｓｅｄ　Ｍａｉｎｔｅｎａｎｃｅ（ＣＢＭ）による設備管理が可能となる。 According to the inspection plan creation support system 100, by using the measurement results of several measuring devices that acquire information on the operating status of the equipment, or by using the measurement results of several measuring devices and the equipment at the site. By combining the inspection record results of It becomes possible to create an inspection plan that reduces the burden of inspection work. According to the inspection plan creation support system 100, inspection work can be performed only on equipment that requires inspection work, and maintenance is performed only when it is determined to be necessary. Management becomes possible.
実施の形態２．
　実施の形態２では、工場などの施設内に様々な複数の点検対象設備がある場合に、設備同士の関連性を示す情報を用いることで、点検作業員に対して、設備点検を要請する際に、合わせて点検した方が好ましい設備を提案する機能を有する点検計画作成サポートシステム１００Ａについて説明する。以下においては、実施の形態１と同様の機能を有する構成要素については同一符号を付して説明を省略し、実施の形態１にかかる点検計画作成サポートシステム１００と異なる点を中心に説明する。 Embodiment 2.
In Embodiment 2, when there is a plurality of various equipment to be inspected in a facility such as a factory, information indicating the relationship between the pieces of equipment is used when requesting an inspection worker to inspect the equipment. Next, an inspection plan creation support system 100A having a function of suggesting facilities that are preferably inspected together will be described. In the following, components having the same functions as those in Embodiment 1 are designated by the same reference numerals and explanations are omitted, and differences from inspection plan creation support system 100 according to Embodiment 1 will be mainly explained.
　図２０は、実施の形態２にかかる点検計画作成サポートシステム１００Ａの構成の一例を示す図である。図２０に示すように、実施の形態２にかかる点検計画作成サポートシステム１００Ａは、点検情報端末１に代わりに点検情報端末１Ａを備える点と、サーバ３の代わりにサーバ３Ａを備える点が、実施の形態１にかかる点検計画作成サポートシステム１００と異なる。 FIG. 20 is a diagram illustrating an example of the configuration of an inspection plan creation support system 100A according to the second embodiment. As shown in FIG. 20, the inspection plan creation support system 100A according to the second embodiment includes an inspection information terminal 1A instead of the inspection information terminal 1, and a server 3A instead of the server 3. This is different from the inspection plan creation support system 100 according to the first embodiment.
　点検情報端末１Ａは、受信した点検要請情報に基づいて、複数の点検対象設備のうち点検の要請が通知された設備に関連する関連設備の点検計画情報をサーバ３Ａに問い合わせる点で、実施の形態１にかかる点検計画作成サポートシステム１００における点検情報端末１と異なる。 The inspection information terminal 1A, based on the received inspection request information, queries the server 3A for inspection plan information of related equipment related to the equipment for which an inspection request has been notified among the plurality of inspection target equipment. This is different from the inspection information terminal 1 in the inspection plan creation support system 100 according to No. 1.
　サーバ３Ａは、実施の形態１にかかるサーバ３と同様の処理によって、点検作業の実施の要請を点検情報端末１Ａに対して通知する。すなわち、サーバ３Ａは、実施の形態１にかかる点検計画作成サポートシステム１００におけるサーバ３と同様の構成を有し、サーバ３と同様の処理を行って、点検が必要な設備の点検作業の実施を要請する旨の点検要請情報を点検情報端末１Ａに送信する。また、サーバ３Ａは、点検情報端末１Ａから送信される関連設備に関する情報を処理する。 The server 3A notifies the inspection information terminal 1A of a request to perform inspection work through the same process as the server 3 according to the first embodiment. That is, the server 3A has the same configuration as the server 3 in the inspection plan creation support system 100 according to the first embodiment, performs the same processing as the server 3, and performs inspection work on equipment that requires inspection. Inspection request information indicating the request is sent to the inspection information terminal 1A. Additionally, the server 3A processes information regarding related equipment transmitted from the inspection information terminal 1A.
　関連設備は、点検計画情報において点検作業の実施が要請されている点検対象設備の点検に適用されている点検表と同一の点検表が適用される設備、および点検計画情報において点検作業の実施が要請されている点検対象設備の設置位置と予め決められた範囲に設置されている設備である。点検計画情報において点検作業の実施が要請されている点検対象設備の設置位置と予め決められた範囲に設置されている設備は、点検計画情報において点検作業の実施が要請されている点検対象設備と設備同士が近いエリアに位置している設備といえる。 Related equipment is equipment to which the same inspection sheet is applied to the inspection of the equipment to be inspected for which inspection work is requested in the inspection plan information, and equipment for which the inspection work is not requested to be performed in the inspection plan information. This is equipment that is installed within a predetermined range of the installation location of the requested equipment to be inspected. The installation location and predetermined range of equipment to be inspected for which inspection work is requested in the inspection plan information are the same as the equipment to be inspected for which inspection work is requested to be performed in the inspection plan information. It can be said that the equipment is located in an area where the equipment is close to each other.
　なお、実施の形態２にかかる点検計画作成サポートシステム１００Ａは、実施の形態１にかかる点検計画作成サポートシステム１００の機能を有する。したがって、点検計画作成サポートシステム１００Ａは、点検計画作成サポートシステム１００の効果を有する。 Note that the inspection plan creation support system 100A according to the second embodiment has the functions of the inspection plan creation support system 100 according to the first embodiment. Therefore, the inspection plan creation support system 100A has the effects of the inspection plan creation support system 100.
　図２１は、実施の形態２にかかる点検計画作成サポートシステム１００Ａに含まれる点検情報端末１Ａの構成の一例を示す図である。図２１に示すように、点検情報端末１Ａは、点検対象情報記憶部１２Ａを備える点と、端末通信部１１がサーバ３Ａから点検計画情報を取得した際に、点検の要請があった点検対象設備の他に、関連設備の中から、点検対象設備と一緒に点検を実施することを提案するための判定処理を行う設備保守情報処理部１３Ａを備える点が、実施の形態１にかかる点検情報端末１と異なる。なお、点検情報端末１Ａは、点検情報端末１の機能を有する。 FIG. 21 is a diagram showing an example of the configuration of an inspection information terminal 1A included in the inspection plan creation support system 100A according to the second embodiment. As shown in FIG. 21, the inspection information terminal 1A is equipped with an inspection target information storage unit 12A, and when the terminal communication unit 11 acquires inspection plan information from the server 3A, the inspection information terminal 1A is an inspection target equipment that has been requested to be inspected. In addition, the inspection information terminal according to the first embodiment includes an equipment maintenance information processing unit 13A that performs a determination process for proposing to perform an inspection together with the equipment to be inspected from among related equipment. Different from 1. Note that the inspection information terminal 1A has the function of the inspection information terminal 1.
　点検対象情報記憶部１２Ａには、施設内に複数存在する点検対象設備同士の関連性を示す情報である設備関連情報として、同一の点検表が適用される設備であることを判定可能な情報である点検表情報、および設備同士が近いエリアに位置していることを判定可能な設備設置位置情報が記憶されている。上記の情報は、点検情報端末１Ａの外部から入力される情報によって適宜変更可能である。 The inspection target information storage unit 12A stores information that can determine that the same inspection sheet is applied to the equipment as equipment related information, which is information indicating the relationship between multiple pieces of equipment to be inspected that exist in the facility. Certain inspection chart information and equipment installation position information that allows it to be determined that equipment is located in a close area are stored. The above information can be changed as appropriate by information input from outside the inspection information terminal 1A.
　図２２は、実施の形態２にかかる点検計画作成サポートシステム１００Ａに含まれる点検情報端末１Ａの点検対象情報記憶部１２Ａに記憶される点検対象情報６０の一例を示す図である。点検対象情報６０は、設備を特定可能な設備の情報である設備情報６０ａとして、設備単位で設備を識別管理するための識別情報である設備ＩＤと、点検作業者が設備を識別するための識別情報である設備名称と、の各情報を含む。また、点検対象情報６０は、点検対象設備の各々の設備に対して適用される点検表の情報である点検表情報６０ｂとして、点検対象設備の各々の設備に対して適用する点検を識別管理するための識別情報である点検表ＩＤと、点検作業者が点検対象設備の各々の設備に対して適用する点検を識別管理するための識別情報である点検表名称と、の各情報を含む。また、点検対象情報６０は、点検対象設備の各々の設備が敷地内のどこに位置しているのかを識別管理するための設備設置位置情報６０ｃとして、設備が設置されているエリアの名称の情報と、建屋において設備が設置されているフロア階層といったフロア階層の情報と、の各情報を含む。 FIG. 22 is a diagram showing an example of inspection target information 60 stored in the inspection target information storage unit 12A of the inspection information terminal 1A included in the inspection plan creation support system 100A according to the second embodiment. The inspection target information 60 includes equipment information 60a that is equipment information that allows equipment to be identified, equipment ID that is identification information for identifying and managing equipment on an equipment basis, and identification that allows an inspection worker to identify equipment. This information includes the equipment name and the following information. In addition, the inspection target information 60 identifies and manages inspections to be applied to each of the inspection target facilities as inspection list information 60b, which is information on a check list applied to each of the inspection target facilities. The information includes an inspection sheet ID, which is identification information for the inspection, and an inspection sheet name, which is identification information for identifying and managing inspections that an inspection worker applies to each of the equipment to be inspected. In addition, the inspection target information 60 includes information on the name of the area where the equipment is installed as equipment installation location information 60c for identifying and managing where each of the equipment to be inspected is located in the premises. , information on the floor hierarchy such as the floor hierarchy on which the equipment is installed in the building, and information on the floor hierarchy where the equipment is installed in the building.
　点検表情報６０ｂにおいては、設備保守情報処理部１３Ａが、複数の点検対象設備の各々において同一の点検を実施しているのか別々の点検を実施しているのかを判定するための第１判定情報として、点検表の点検表ＩＤおよび点検表名称を例として示した。第１判定情報は、日常巡視点検または月次定期点検などの点検頻度の情報であってもよく、各種エネルギーを他の設備に供給する原動設備および空気調和設備といった設備の種類の情報であってもよい。 In the inspection sheet information 60b, the equipment maintenance information processing unit 13A includes first determination information for determining whether the same inspection or separate inspections are being performed on each of the plurality of inspection target facilities. The checklist ID and checklist name of the checklist are shown as an example. The first determination information may be information on the frequency of inspections such as daily patrol inspections or monthly periodic inspections, or information on the types of equipment such as power equipment and air conditioning equipment that supply various types of energy to other equipment. Good too.
　設備設置位置情報６０ｃにおいては、設備保守情報処理部１３Ａが、複数の点検対象設備の各々が近しい位置関係にあるかどうかを判定するための第２判定情報として、エリアの名称の情報およびフロア階層の情報を例として示した。第２判定情報は、「電気室」および「サーバルーム」といった設備の設置場所の名称の情報であってもよく、複数の点検対象設備の各々の位置座標同士が近いかどうかを判定可能なグローバルポジショニングシステム（Global　Positioning　System：ＧＰＳ）の位置座標情報であってもよく、事前に設定された点検対象設備の点検ルート上に他の点検対象設備が位置しているかどうかを判定可能な点検ルートの情報であってもよい。 In the equipment installation location information 60c, the equipment maintenance information processing unit 13A uses area name information and floor hierarchy as second determination information for determining whether each of the plurality of inspection target equipments is in a close positional relationship. This information is shown as an example. The second determination information may be information on the name of the installation location of the equipment such as "electrical room" and "server room", and is a global information that can determine whether the position coordinates of each of the multiple inspection target equipment are close to each other. It may be position coordinate information of a positioning system (Global Positioning System: GPS), which is an inspection route that can determine whether or not other equipment to be inspected is located on the inspection route of the equipment to be inspected that has been set in advance. It may be information.
　つぎに、点検情報端末１Ａが行う動作について説明する。図２３は、実施の形態２にかかる点検計画作成サポートシステム１００Ａの保守点検情報処理の一例を示すフローチャートである。 Next, the operations performed by the inspection information terminal 1A will be explained. FIG. 23 is a flowchart showing an example of maintenance and inspection information processing of the inspection plan creation support system 100A according to the second embodiment.
　ステップＳ６１０において、点検要請情報において点検作業の実施が要請されている設備について、サーバ３Ａから点検計画情報が、取得される。具体的に、点検情報端末１Ａの設備保守情報処理部１３Ａが、点検要請情報において点検作業の実施が要請されている設備について、点検対象設備の情報および点検種別の情報を含む点検計画情報を取得する。 In step S610, inspection plan information is acquired from the server 3A for the equipment for which inspection work is requested in the inspection request information. Specifically, the equipment maintenance information processing unit 13A of the inspection information terminal 1A acquires inspection plan information including information on the equipment to be inspected and information on the type of inspection for the equipment for which inspection work is requested in the inspection request information. do.
　設備保守情報処理部１３Ａは、サーバ３Ａから送信された点検要請情報を、端末通信部１１を介して受信する。設備保守情報処理部１３Ａは、点検要請情報を受信すると、点検要請情報において点検作業の実施が要請されている設備について、点検計画情報を取得する。設備保守情報処理部１３Ａは、上述したステップＳ１１０における点検情報端末１の設備保守情報処理部１３と同様にして、点検計画情報を取得する。点検対象設備の情報には、点検対象情報６０の設備情報６０ａ、点検表情報６０ｂ、設備設置位置情報６０ｃに対応した情報が含まれる。その後、ステップＳ６２０に進む。 The equipment maintenance information processing unit 13A receives inspection request information transmitted from the server 3A via the terminal communication unit 11. Upon receiving the inspection request information, the equipment maintenance information processing unit 13A acquires inspection plan information for the equipment for which inspection work is requested in the inspection request information. The equipment maintenance information processing unit 13A acquires inspection plan information in the same manner as the equipment maintenance information processing unit 13 of the inspection information terminal 1 in step S110 described above. The information on the equipment to be inspected includes information corresponding to the equipment information 60a, inspection sheet information 60b, and equipment installation position information 60c of the inspection target information 60. After that, the process advances to step S620.
　ステップＳ６２０では、今回の点検計画情報において点検作業の実施の要請があった点検対象設備の関連設備が有るか否かが、判定される。具体的に、設備保守情報処理部１３Ａが、設備関連情報を用いて、今回の点検計画情報において点検作業の実施の要請があった点検対象設備の関連設備が有るか否かを判定する。 In step S620, it is determined whether there is any equipment related to the equipment to be inspected for which inspection work has been requested in the current inspection plan information. Specifically, the equipment maintenance information processing unit 13A uses the equipment-related information to determine whether there is any equipment related to the equipment to be inspected for which inspection work has been requested in the current inspection plan information.
　設備保守情報処理部１３Ａは、取得した点検計画情報に含まれる点検対象設備の情報に基づいて、点検対象情報記憶部１２Ａに格納されている点検対象情報６０が持つ点検表情報６０ｂの中から、今回の点検計画情報において点検作業の実施の要請があった点検対象設備と同じ点検表が適用されている設備を、関連設備として検索して取得する。また、設備保守情報処理部１３Ａは、取得した点検計画情報に含まれる点検対象設備の情報に基づいて、点検対象情報記憶部１２Ａに格納されている点検対象情報６０が持つ設備設置位置情報６０ｃの中から、今回の点検計画情報において点検作業の実施の要請があった点検対象設備と位置が近い位置情報を持つ設備情報を、関連設備として検索し取得する。これにより、設備保守情報処理部１３Ａが、今回の点検計画情報において点検作業の実施の要請があった点検対象設備の関連設備が有るか否かを判定することができる。 Based on the information on the equipment to be inspected included in the acquired inspection plan information, the equipment maintenance information processing unit 13A selects the following information from the inspection sheet information 60b included in the inspection target information 60 stored in the inspection target information storage unit 12A. Search for and acquire equipment to which the same inspection sheet as the equipment to be inspected for which inspection work has been requested in the current inspection plan information is applied as related equipment. Furthermore, the equipment maintenance information processing unit 13A determines the equipment installation position information 60c held in the inspection target information 60 stored in the inspection target information storage unit 12A, based on the information on the inspection target equipment included in the acquired inspection plan information. From among them, equipment information that has location information that is close to the equipment to be inspected for which inspection work has been requested in the current inspection plan information is searched and acquired as related equipment. Thereby, the equipment maintenance information processing unit 13A can determine whether there is any equipment related to the equipment to be inspected for which inspection work has been requested in the current inspection plan information.
　今回の点検計画情報において点検作業の実施の要請があった点検対象設備の関連設備が有ると判定された場合は、ステップＳ６２０においてＹｅｓとなり、ステップＳ６３０に進む。今回の点検計画情報において点検作業の実施の要請があった点検対象設備の関連設備が無いと判定された場合は、ステップＳ６２０においてＮｏとなり、ステップＳ６５０に進む。 If it is determined that there is equipment related to the equipment to be inspected for which inspection work has been requested in the current inspection plan information, the answer is Yes in step S620, and the process proceeds to step S630. If it is determined that there is no equipment related to the equipment to be inspected for which inspection work has been requested in the current inspection plan information, the result in step S620 is No, and the process proceeds to step S650.
　ステップＳ６３０では、関連設備について、サーバ３Ａから点検計画情報が、取得される。具体的に、設備保守情報処理部１３Ａが、関連設備について、点検計画情報を取得する。その後、ステップＳ６４０に進む。 In step S630, inspection plan information is acquired from the server 3A for the related equipment. Specifically, the equipment maintenance information processing unit 13A acquires inspection plan information regarding related equipment. After that, the process advances to step S640.
　ステップＳ６４０では、検索された関連設備の中から点検予定日が近い設備の情報が、取得される。具体的に、設備保守情報処理部１３Ａが、検索された関連設備の中から点検予定日が近い設備の情報を取得する。設備保守情報処理部１３Ａは、例えば、一か月以内に点検が予定されている場合のように、点検予定日が近づいており点検対象設備と同じタイミングで点検を実施した方が効率的な点検計画がある設備の情報だけを取得する。その後、ステップＳ６５０に進む。 In step S640, information on equipment whose scheduled inspection date is near from among the searched related equipment is acquired. Specifically, the equipment maintenance information processing unit 13A acquires information on equipment whose scheduled inspection date is near from among the searched related equipment. The equipment maintenance information processing unit 13A determines that it is more efficient to perform the inspection at the same timing as the equipment to be inspected when the scheduled inspection date is approaching, such as when an inspection is scheduled within one month, for example. Obtain only information about equipment for which there is a plan. After that, the process advances to step S650.
　ステップＳ６５０では、関連設備のうち点検要請情報において点検作業の実施が要請されている設備と点検予定日が近い設備の情報、および点検要請情報において点検作業の実施が要請されている点検対象設備の情報が、表示部１４に表示される。具体的に、設備保守情報処理部１３Ａが、関連設備のうち点検要請情報において点検作業の実施が要請されている設備と点検予定日が近い設備の情報、および点検要請情報において点検作業の実施が要請されている点検対象設備の情報を、表示部１４に表示させる。 In step S650, information on equipment whose scheduled inspection date is close to the equipment for which inspection request information requests implementation of inspection work among related equipment, and information on equipment to be inspected for which inspection work implementation is requested in inspection request information. Information is displayed on the display section 14. Specifically, the equipment maintenance information processing unit 13A collects information about equipment whose scheduled inspection date is close to the equipment for which inspection request information requests implementation of inspection work among related equipment, and information about equipment whose scheduled inspection date is close to the equipment for which inspection work is requested in the inspection request information, and information about equipment whose inspection work implementation is requested in the inspection request information. Information about the requested equipment to be inspected is displayed on the display unit 14.
　なお、ステップＳ６２０からステップＳ６５０に進んだ場合、すなわち、関連設備が無い場合には、設備保守情報処理部１３Ａは、点検要請情報において点検作業の実施が要請されている点検対象設備の情報のみを表示部１４に表示させる。 Note that when the process advances from step S620 to step S650, that is, when there is no related equipment, the equipment maintenance information processing unit 13A only collects information on the equipment to be inspected for which inspection work is requested in the inspection request information. It is displayed on the display unit 14.
　点検作業者は、表示部１４に表示された複数の関連設備の中から、点検要請情報において点検作業の実施が要請されている点検対象設備と合わせて点検を行う関連設備を、入力部１５を用いて選択する。その後、ステップＳ６６０に進む。 The inspection worker uses the input section 15 to select, from among the plurality of related facilities displayed on the display section 14, the related facilities to be inspected together with the inspection target facility for which inspection work is requested in the inspection request information. Select by using After that, the process advances to step S660.
　ステップＳ６６０では、選択された点検対象設備の点検表が、表示される。具体的に、設備保守情報処理部１３Ａが、点検作業者によって選択された関連設備に関連付けられて設備保守情報記憶部１２に記憶されている点検表を、表示部１４に表示させる。 In step S660, the inspection list of the selected equipment to be inspected is displayed. Specifically, the equipment maintenance information processing unit 13A causes the display unit 14 to display a check list stored in the equipment maintenance information storage unit 12 in association with the related equipment selected by the inspection worker.
　点検作業者は、表示部１４に点検対象設備の情報が表示された点検表に基づいて、関連設備について点検を行う。点検作業者は、表示部１４に表示された点検表に記録する点検記録情報である、点検作業者によって実施された点検結果の情報を、入力部１５を用いて入力する。すなわち、点検作業者は、関連設備について実施した点検結果の情報として点検実施日の情報および点検結果の情報を入力する操作を、点検情報端末１Ａの入力部１５に行う。その後、ステップＳ６７０に進む。 The inspection worker inspects the related equipment based on the inspection table in which information about the equipment to be inspected is displayed on the display unit 14. The inspection worker uses the input section 15 to input information on the inspection results performed by the inspection worker, which is inspection record information to be recorded in the inspection sheet displayed on the display section 14 . That is, the inspection worker performs an operation to input information on the date of inspection and information on the inspection results as information on the inspection results conducted on the related equipment into the input unit 15 of the inspection information terminal 1A. After that, the process advances to step S670.
　ステップＳ６７０では、点検記録情報である点検作業者によって関連設備について実施された点検結果の情報が、取得される。具体的に、設備保守情報処理部１３Ａが、点検記録情報である点検作業者によって実施された点検結果の情報を取得する。設備保守情報処理部１３Ａは、入力部１５が受け付けた点検結果の情報を入力する操作である点検結果入力操作を点検作業者から受け付けると、当該点検結果入力操作に対応する操作情報である点検結果入力情報を設備保守情報処理部１３Ａに送信する。 In step S670, information on the inspection results performed on the related equipment by the inspection worker, which is inspection record information, is acquired. Specifically, the equipment maintenance information processing unit 13A acquires information on the inspection results performed by the inspection worker, which is inspection record information. When the equipment maintenance information processing unit 13A receives an inspection result input operation, which is an operation of inputting information on the inspection results received by the input unit 15, from an inspection worker, the equipment maintenance information processing unit 13A inputs the inspection result, which is operation information corresponding to the inspection result input operation. The input information is transmitted to the equipment maintenance information processing section 13A.
　設備保守情報処理部１３Ａは、点検結果入力情報を受信することにより、点検記録情報である点検作業者によって実施された関連設備についての点検結果の情報を取得することができる。設備保守情報処理部１３Ａは、関連設備についての点検結果の情報を点検記録情報として関連設備についての点検表に記録して、設備保守情報記憶部１２に記憶させる。その後、ステップＳ６８０に進む。 By receiving the inspection result input information, the equipment maintenance information processing unit 13A can acquire information on the inspection results of the related equipment performed by the inspection worker, which is inspection record information. The equipment maintenance information processing unit 13A records information on the inspection results for the related equipment as inspection record information in the inspection table for the related equipment, and stores it in the equipment maintenance information storage unit 12. After that, the process advances to step S680.
　ステップＳ６８０では、点検記録情報である点検作業者によって実施された関連設備についての点検結果の情報が、サーバ３Ａに送信される。具体的に、設備保守情報処理部１３Ａが、点検記録情報である点検作業者によって実施された関連設備についての点検結果の情報を、サーバ３Ａの設備保守情報記憶部３２４において記憶できるデータ形式に変換する。設備保守情報処理部１３Ａは、変換後の関連設備についての点検結果の情報を、端末通信部１１を介してサーバ３Ａに送信する。 In step S680, information on the inspection results of the related equipment performed by the inspection worker, which is inspection record information, is transmitted to the server 3A. Specifically, the equipment maintenance information processing unit 13A converts inspection record information, which is information on inspection results of related equipment performed by an inspection worker, into a data format that can be stored in the equipment maintenance information storage unit 324 of the server 3A. do. The equipment maintenance information processing unit 13A transmits information on the inspection results regarding the related equipment after conversion to the server 3A via the terminal communication unit 11.
　サーバ３Ａのサーバ通信部３１は、点検情報端末１Ａの端末通信部１１から送信された点検記録情報である変換後の点検結果の情報を受信すると、当該変換後の点検結果の情報をサーバ３の端末データ処理部３３２に送信する。端末データ処理部３３２は、サーバ通信部３１から送信された変換後の関連設備についての点検結果の情報を受信すると、当該変換後の関連設備についての点検結果の情報を設備保守情報記憶部３２４に記憶させる。 When the server communication unit 31 of the server 3A receives the converted inspection result information, which is the inspection record information transmitted from the terminal communication unit 11 of the inspection information terminal 1A, the server communication unit 31 transmits the converted inspection result information to the server 3. It is transmitted to the terminal data processing section 332. When the terminal data processing unit 332 receives the information on the inspection results for the related equipment after conversion transmitted from the server communication unit 31, the terminal data processing unit 332 stores the information on the inspection results for the related equipment after the conversion in the equipment maintenance information storage unit 324. Make me remember.
　上記のように、実施の形態２にかかる点検計画作成サポートシステム１００Ａによれば、複数の設備について、設備に対して適用する点検を識別管理する情報である点検表情報と、設備の設置位置を識別管理するための位置情報である設備設置位置情報とを含む設備関連情報を記憶する点検対象情報記憶部１２Ａと、設備関連情報に基づいて、複数の設備のうち、点検要請情報において設備の点検作業の実施が要請されている点検対象の設備の他に、点検対象の設備と一緒に点検を実施する候補の設備を抽出する設備保守情報処理部１３Ａと、を備える点検計画作成サポートシステムが構成される。 As described above, according to the inspection plan creation support system 100A according to the second embodiment, inspection sheet information, which is information for identifying and managing inspections to be applied to a plurality of pieces of equipment, and the installation position of the pieces of equipment are provided. An inspection target information storage unit 12A that stores equipment-related information including equipment installation location information that is location information for identification and management, and an inspection target information storage unit 12A that stores equipment-related information including equipment installation location information that is location information for identification and management; An inspection plan creation support system includes an equipment maintenance information processing unit 13A that extracts candidate equipment to be inspected together with the equipment to be inspected, in addition to the equipment to be inspected for which work has been requested. be done.
　実施の形態２にかかる点検計画作成サポートシステム１００Ａは、実施の形態１にかかる点検計画作成サポートシステム１００と同様に、設備の点検作業の実施を要請する旨の点検要請情報を生成して点検情報端末１Ａに送信することができる。これにより、点検計画作成サポートシステム１００Ａは、点検計画作成サポートシステム１００と同様の効果が得られる。 Similar to the inspection plan creation support system 100 according to the first embodiment, the inspection plan creation support system 100A according to the second embodiment generates inspection request information requesting the implementation of equipment inspection work and sends the inspection information. It can be transmitted to terminal 1A. Thereby, the inspection plan creation support system 100A can obtain the same effects as the inspection plan creation support system 100.
　実施の形態２にかかる点検計画作成サポートシステム１００Ａは、点検計画情報において点検作業の実施の要請があった点検対象設備の関連設備の情報を生成する。これにより、点検作業者は、現場へ移動して点検計画情報において点検作業の実施の要請があった点検対象設備の点検作業を行うにあたり、近日中に点検の実施が要請される関連設備の点検も合わせて実施できるようになる。これにより、点検計画情報において点検作業の実施の要請があった点検対象設備の点検と、関連設備の点検とを別々のタイミングで実施する場合に比べて、点検のための移動時間および準備時間を削減することができるため、点検作業を効率的に行うことができる。したがって、点検計画作成サポートシステム１００Ａを用いることにより、設備の点検業務に関する作業工数を削減することができる。 The inspection plan creation support system 100A according to the second embodiment generates information on equipment related to the equipment to be inspected for which inspection work has been requested in the inspection plan information. As a result, when inspection workers move to the site and perform inspection work on the equipment to be inspected for which inspection work has been requested in the inspection plan information, they can also inspect related equipment that will be requested to be inspected in the near future. It will also be possible to implement them together. This saves travel and preparation time for inspections compared to the case where inspections of the equipment to be inspected for which inspection work was requested in the inspection plan information and inspections of related equipment are carried out at different times. Since it can be reduced, inspection work can be performed efficiently. Therefore, by using the inspection plan creation support system 100A, it is possible to reduce the number of work hours related to equipment inspection work.
　次に、点検情報端末１，１Ａのハードウェア構成について説明する。図２４は、実施の形態１または２の点検情報端末１，１Ａのハードウェアの構成例を示す図である。図２４に示す構成例は、点検情報端末１の設備保守情報処理部１３と、端末制御部１７との各々を、プロセッサ７２とメモリ７３とを有する処理回路７０によって実現する場合の構成例である。 Next, the hardware configuration of the inspection information terminals 1 and 1A will be explained. FIG. 24 is a diagram showing an example of the hardware configuration of the inspection information terminal 1, 1A according to the first or second embodiment. The configuration example shown in FIG. 24 is a configuration example in which each of the equipment maintenance information processing unit 13 and the terminal control unit 17 of the inspection information terminal 1 is realized by a processing circuit 70 having a processor 72 and a memory 73. .
　プロセッサ７２は、ＣＰＵ（Central　Processing　Unit）である。プロセッサ７２は、演算装置、マイクロプロセッサ、マイクロコンピュータ、またはＤＳＰ（Digital　Signal　Processor）でもよい。メモリ７３は、例えば、ＲＡＭ（Random　Access　Memory）、ＲＯＭ（Read　Only　Memory）、フラッシュメモリ、ＥＰＲＯＭ（Erasable　Programmable　Read　Only　Memory）、ＥＥＰＲＯＭ（登録商標）（Electrically　Erasable　Programmable　Read　Only　Memory）、などである。 The processor 72 is a CPU (Central Processing Unit). The processor 72 may be an arithmetic device, a microprocessor, a microcomputer, or a DSP (Digital Signal Processor). The memory 73 is, for example, RAM (Random Access Memory), ROM (Read Only Memory), flash memory, EPROM (Erasable Programmable Read Only Memory), or EEPROM (registered trademark) (Electrically Erasable Programmable Read Only Memory). emory), etc.
　メモリ７３には、設備保守情報処理部１３と端末制御部１７との各々として動作するためのプログラムを含む保守点検情報処理プログラムが格納される。保守点検情報処理プログラムをプロセッサ７２が読み出して実行することにより、設備保守情報処理部１３と端末制御部１７との各々の機能を実現することが可能である。なお、メモリ７３に格納される保守点検情報処理プログラムは、例えば、ＣＤ（Compact　Disc）－ＲＯＭ、ＤＶＤ（Digital　Versatile　Disc）－ＲＯＭなどの記憶媒体に書き込まれた状態で提供される形態であっても良く、通信回線を介して提供される形態であってもよい。 The memory 73 stores a maintenance/inspection information processing program including programs for operating as each of the equipment maintenance information processing unit 13 and the terminal control unit 17. By having the processor 72 read and execute the maintenance/inspection information processing program, it is possible to realize the respective functions of the equipment maintenance information processing section 13 and the terminal control section 17. Note that the maintenance and inspection information processing program stored in the memory 73 is provided in a form written in a storage medium such as a CD (Compact Disc)-ROM or a DVD (Digital Versatile Disc)-ROM, for example. Alternatively, the information may be provided via a communication line.
　設備保守情報処理部１３と端末制御部１７とのそれぞれは、プロセッサ７２およびメモリ７３の代わりに専用の処理回路で実現してもよい。専用の処理回路は、単一回路、複合回路、ＡＳＩＣ（Application　Specific　Integrated　Circuit）、ＦＰＧＡ（Field　Programmable　Gate　Array）、またはこれらを組み合わせた回路である。なお、設備保守情報処理部１３と端末制御部１７とのそれぞれの機能の一部をプロセッサ７２およびメモリ７３で実現し、残りの機能を専用の処理回路で実現してもよい。 Each of the equipment maintenance information processing section 13 and the terminal control section 17 may be realized by a dedicated processing circuit instead of the processor 72 and the memory 73. The dedicated processing circuit is a single circuit, a composite circuit, an ASIC (Application Specific Integrated Circuit), an FPGA (Field Programmable Gate Array), or a combination thereof. Note that part of the functions of the equipment maintenance information processing section 13 and the terminal control section 17 may be realized by the processor 72 and the memory 73, and the remaining functions may be realized by a dedicated processing circuit.
　また、メモリ７３は、各種情報を記憶し、設備保守情報記憶部１２と、設備保守情報記憶部１２とのそれぞれの機能を実現する。入力装置７１は、キーボード、マウスまたはタッチパネル等であって、入力部１５の機能を実現する。表示装置７５は、液晶ディスプレイまたは有機ＥＬディスプレイ等であって、表示部１４の機能を実現する。通信装置７４は、点検情報端末１，１Ａと、点検情報端末１，１Ａの外部の装置との通信を行う。通信装置７４は、端末通信部１１の機能を実現する。 Furthermore, the memory 73 stores various information and realizes the respective functions of the equipment maintenance information storage unit 12 and the equipment maintenance information storage unit 12. The input device 71 is a keyboard, a mouse, a touch panel, or the like, and realizes the functions of the input section 15. The display device 75 is a liquid crystal display, an organic EL display, or the like, and realizes the function of the display section 14. The communication device 74 performs communication between the inspection information terminal 1, 1A and a device external to the inspection information terminal 1, 1A. The communication device 74 realizes the functions of the terminal communication section 11.
　次に、通信装置２１およびサーバ３，３Ａのハードウェア構成について説明する。図２５は、実施の形態１または２の通信装置２１およびサーバ３，３Ａのそれぞれのハードウェアの構成例を示す図である。図２５に示す構成例は、通信装置２１の通信装置処理部２１２、サーバ３，３Ａのサーバ処理部３３とサーバ制御部３４とを、プロセッサ８１とメモリ８２とを有する処理回路８０によって実現する場合の構成例である。 Next, the hardware configurations of the communication device 21 and the servers 3 and 3A will be explained. FIG. 25 is a diagram showing an example of the hardware configuration of the communication device 21 and the servers 3 and 3A of the first or second embodiment. The configuration example shown in FIG. 25 is a case where the communication device processing section 212 of the communication device 21, the server processing section 33 and the server control section 34 of the servers 3 and 3A are realized by a processing circuit 80 having a processor 81 and a memory 82. This is a configuration example.
　プロセッサ８１は、上記のプロセッサ７２と同様に、ＣＰＵ、演算装置、マイクロプロセッサ、マイクロコンピュータ、またはＤＳＰである。メモリ８２は、上記のメモリ７３と同様に、例えば、ＲＡＭ、ＲＯＭ、フラッシュメモリ、ＥＰＲＯＭ、ＥＥＰＲＯＭなどである。 Similarly to the processor 72 described above, the processor 81 is a CPU, an arithmetic unit, a microprocessor, a microcomputer, or a DSP. Like the memory 73 described above, the memory 82 is, for example, a RAM, ROM, flash memory, EPROM, EEPROM, or the like.
　メモリ８２には、通信装置２１の通信装置処理部２１２、サーバ３，３Ａのサーバ処理部３３とサーバ制御部３４とのそれぞれとして動作するためのサポートプログラムが格納される。サポートプログラムをプロセッサ８１が読み出して実行することにより、通信装置２１の通信装置処理部２１２、サーバ３，３Ａのサーバ処理部３３とサーバ制御部３４とのそれぞれの機能を実現することが可能である。サーバ３，３Ａの場合、メモリ８２には、サーバ処理部３３の機能を実現する点検計画作成プログラムが格納される。なお、メモリ８２に格納されるサポートプログラムは、例えば、ＣＤ－ＲＯＭ、ＤＶＤ－ＲＯＭなどの記憶媒体に書き込まれた状態で提供される形態であっても良く、通信回線を介して提供される形態であってもよい。 The memory 82 stores support programs for operating as the communication device processing section 212 of the communication device 21, and the server processing section 33 and server control section 34 of the servers 3 and 3A. By reading and executing the support program by the processor 81, it is possible to realize the respective functions of the communication device processing section 212 of the communication device 21, the server processing section 33 and the server control section 34 of the servers 3 and 3A. . In the case of the servers 3 and 3A, the memory 82 stores an inspection plan creation program that implements the functions of the server processing section 33. Note that the support program stored in the memory 82 may be provided in a form written in a storage medium such as a CD-ROM or DVD-ROM, or may be provided via a communication line. It may be.
　通信装置処理部２１２、サーバ３，３Ａのサーバ処理部３３とサーバ制御部３４とのそれぞれは、プロセッサ８１およびメモリ８２の代わりに専用の処理回路で実現してもよい。専用の処理回路は、単一回路、複合回路、ＡＳＩＣ、ＦＰＧＡ、またはこれらを組み合わせた回路である。なお、通信装置処理部２１２、サーバ３，３Ａのサーバ処理部３３とサーバ制御部３４とのそれぞれの機能の一部をプロセッサ８１およびメモリ８２で実現し、残りの機能を専用の処理回路で実現してもよい。 The communication device processing section 212, the server processing section 33 of the servers 3 and 3A, and the server control section 34 may each be realized by a dedicated processing circuit instead of the processor 81 and the memory 82. The dedicated processing circuit can be a single circuit, a composite circuit, an ASIC, an FPGA, or a combination thereof. Note that part of the functions of the communication device processing unit 212, the server processing unit 33 of the servers 3 and 3A, and the server control unit 34 are realized by the processor 81 and the memory 82, and the remaining functions are realized by a dedicated processing circuit. You may.
　また、メモリ８２は、各種情報を記憶し、通信装置記憶部２３１あるいはサーバ記憶部３２の機能を実現する。通信装置８３は、通信装置２１と、通信装置２１の外部の装置との通信を行う。通信装置８３は、通信装置通信部２１１の機能を実現する。また、通信装置８３は、サーバ３，３Ａと、サーバ３，３Ａの外部の装置との通信を行う。通信装置８３は、サーバ通信部３１の機能を実現する。 Furthermore, the memory 82 stores various information and realizes the functions of the communication device storage section 231 or the server storage section 32. The communication device 83 performs communication between the communication device 21 and a device external to the communication device 21 . The communication device 83 realizes the functions of the communication device communication section 211. Further, the communication device 83 performs communication between the servers 3 and 3A and devices external to the servers 3 and 3A. The communication device 83 realizes the functions of the server communication section 31.
　以上の実施の形態に示した構成は、一例を示すものであり、別の公知の技術と組み合わせることも可能であるし、実施の形態同士を組み合わせることも可能であるし、要旨を逸脱しない範囲で、構成の一部を省略、変更することも可能である。 The configurations shown in the embodiments above are merely examples, and can be combined with other known techniques, or can be combined with other embodiments, within the scope of the gist. It is also possible to omit or change part of the configuration.
　１，１Ａ　点検情報端末、２　設備計測装置、３，３Ａ　サーバ、４　ネットワーク、１１　端末通信部、１２　設備保守情報記憶部、１２Ａ　点検対象情報記憶部、１３，１３Ａ　設備保守情報処理部、１４　表示部、１５　入力部、１６　端末記憶部、１７　端末制御部、２１　通信装置、２２　温度計測装置、２３　湿度計測装置、２４　電気計測装置、２５　計測装置、３１　サーバ通信部、３２　サーバ記憶部、３３　サーバ処理部、３４　サーバ制御部、５１　設備仕様情報、５２　設備稼働情報、５３　設備重要度点数表、５４　設備重要度別補正倍率表、５５　経年情報テーブル、５６　経年スコア加算テーブル、５７　経年スコア修正テーブル、５８　評価点テーブル、５９　修正係数テーブル、６０　点検対象情報、６０ａ　設備情報、６０ｂ　点検表情報、６０ｃ　設備設置位置情報、７０，８０　処理回路、７１　入力装置、７２，８１　プロセッサ、７３，８２　メモリ、７４，８３　通信装置、７５　表示装置、１００，１００Ａ　点検計画作成サポートシステム、２１１　通信装置通信部、２１２　通信装置処理部、２１３　通信装置記憶部、２１４　通信装置制御部、２５１　計測部、２５２　計測通信部、２５３　計測記憶部、２５４　計測制御部、３２１　設備仕様情報記憶部、３２２　設備稼働情報記憶部、３２３　設備重要度情報記憶部、３２４　設備保守情報記憶部、３２５　経年スコア情報記憶部、３２６　点検計画情報記憶部、３３１　設備計測データ処理部、３３２　端末データ処理部、３３３　経年情報処理部、３３４　点検計画処理部、２１２１　稼働データ取得部、２１２２　稼働データ応答処理部。 1, 1A inspection information terminal, 2 equipment measuring device, 3, 3A server, 4 network, 11 terminal communication section, 12 equipment maintenance information storage section, 12A inspection target information storage section, 13, 13A equipment maintenance information processing section, 14 display Part, 15 Input section, 16 Terminal storage section, 17 Terminal control section, 21 Communication device, 22 Temperature measurement device, 23 Humidity measurement device, 24 Electrical measurement device, 25 Measurement device, 31 Server communication section, 32 Server storage section, 33 Server processing unit, 34 Server control unit, 51 Equipment specification information, 52 Equipment operation information, 53 Equipment importance score table, 54 Correction magnification table by equipment importance level, 55 Aging information table, 56 Aging score addition table, 57 Aging score correction Table, 58 Evaluation point table, 59 Correction coefficient table, 60 Inspection target information, 60a Equipment information, 60b Inspection sheet information, 60c Equipment installation position information, 70, 80 Processing circuit, 71 Input device, 72, 81 Processor, 73, 82 Memory, 74, 83 Communication device, 75 Display device, 100, 100A Inspection plan creation support system, 211 Communication device communication section, 212 Communication device processing section, 213 Communication device storage section, 214 Communication device control section, 251 Measurement section, 252 measurement communication section, 253 measurement storage section, 254 measurement control section, 321 equipment specification information storage section, 322 equipment operation information storage section, 323 equipment importance information storage section, 324 equipment maintenance information storage section, 325 aging score information storage section, 326 Inspection plan information storage unit, 331 Equipment measurement data processing unit, 332 Terminal data processing unit, 333 Aging information processing unit, 334 Inspection plan processing unit, 2121 Operation data acquisition unit, 2122 Operation data response processing unit.

Claims (12)

  1. 　サーバと、
    　前記サーバと通信可能であり、設備の稼働状態を計測して計測結果である稼働データを前記サーバに送信する設備計測装置と、を備え、
    　前記サーバは、
    　前記設備の仕様の情報である設備仕様情報と、前記設備の稼働状態を示す情報であって前記稼働データからなる設備稼働情報と、前記設備が故障した場合における被害が大きい設備を評価する情報である設備重要度情報と、前記設備の設備保守に関する情報である設備保守情報とに基づいて、前記設備の劣化のレベルを示す情報である経年スコアを算出する経年情報処理部と、
    　前記経年スコアに基づいて前記設備の点検作業の実施を要請する旨の点検要請情報を生成する点検計画処理部と、
    　前記サーバの外部の装置との間で通信を行う通信部と、
    　を備えること、
    　を特徴とする点検計画作成サポートシステム。     server and
    an equipment measuring device that is capable of communicating with the server, measures the operating state of the equipment, and transmits operating data that is the measurement result to the server;
    The server is
    equipment specification information that is information on the specifications of the equipment; equipment operation information that is information that indicates the operating status of the equipment and is made up of the operation data; and information that evaluates equipment that will suffer great damage if the equipment breaks down. an aging information processing unit that calculates an aging score, which is information indicating a level of deterioration of the equipment, based on certain equipment importance information and equipment maintenance information, which is information regarding equipment maintenance of the equipment;
    an inspection plan processing unit that generates inspection request information requesting implementation of inspection work for the equipment based on the aging score;
    a communication unit that communicates with a device external to the server;
    to have
    An inspection plan creation support system featuring:
  2. 　前記サーバは、前記設備仕様情報、前記設備稼働情報、前記設備重要度情報および前記設備保守情報を記憶する記憶部を備え、
    　前記経年情報処理部は、前記記憶部から前記設備仕様情報、前記設備稼働情報、前記設備重要度情報および前記設備保守情報を取得すること、
    　を特徴とする請求項１に記載の点検計画作成サポートシステム。     The server includes a storage unit that stores the equipment specification information, the equipment operation information, the equipment importance information, and the equipment maintenance information,
    The aging information processing unit acquires the equipment specification information, the equipment operation information, the equipment importance information, and the equipment maintenance information from the storage unit;
    The inspection plan creation support system according to claim 1, characterized in that:
  3. 　前記サーバは、前記稼働データを前記設備計測装置から取得して前記設備稼働情報として前記記憶部に記憶させる設備計測データ処理部を備えること、
    　を特徴とする請求項２に記載の点検計画作成サポートシステム。     The server includes an equipment measurement data processing unit that acquires the operation data from the equipment measurement device and stores it in the storage unit as the equipment operation information;
    The inspection plan creation support system according to claim 2, characterized in that:
  4. 　前記サーバは、前記サーバの外部の装置から前記設備保守情報を取得して前記記憶部に記憶させる設備保守情報処理部を備えること、
    　を特徴とする請求項２に記載の点検計画作成サポートシステム。     The server includes an equipment maintenance information processing unit that acquires the equipment maintenance information from a device external to the server and stores it in the storage unit;
    The inspection plan creation support system according to claim 2, characterized in that:
  5. 　前記経年情報処理部は、前回の前記経年スコアの算出時からの経過時間に基づいて前記経年スコアを算出すること、
    　を特徴とする請求項１から４のいずれか１つに記載の点検計画作成サポートシステム。     The aging information processing unit calculates the aging score based on the time elapsed since the previous calculation of the aging score;
    The inspection plan creation support system according to any one of claims 1 to 4.
  6. 　前記経年情報処理部は、複数の異なる前記設備稼働情報の平均値に基づいて前記経年スコアを算出すること、
    　を特徴とする請求項１から５のいずれか１つに記載の点検計画作成サポートシステム。     The aging information processing unit calculates the aging score based on an average value of a plurality of different pieces of equipment operation information;
    The inspection plan creation support system according to any one of claims 1 to 5.
  7. 　前記設備重要度情報は、前記設備の稼働状況と、前記設備の故障が発生した場合の故障の影響と、前記設備の故障が発生した場合に復旧にかかる日数である復旧日数と、前記設備の費用と、に基づいて評価された情報であること、
    　を特徴とする請求項１から６のいずれか１つに記載の点検計画作成サポートシステム。     The equipment importance information includes the operating status of the equipment, the effect of the equipment failure in the event of a failure, the number of recovery days that is the number of days it will take to recover if the equipment failure occurs, and the equipment importance information. The information was evaluated based on the cost and
    The inspection plan creation support system according to any one of claims 1 to 6.
  8. 　前記経年情報処理部は、前記設備の経年劣化と、前記設備の定性的な点検の点検結果と、前記設備の定量的な点検の点検結果と、に基づいて前記経年スコアを修正すること、
    　を特徴とする請求項１から７のいずれか１つに記載の点検計画作成サポートシステム。     The aging information processing unit corrects the aging score based on aging deterioration of the equipment, inspection results of a qualitative inspection of the equipment, and inspection results of a quantitative inspection of the equipment;
    The inspection plan creation support system according to any one of claims 1 to 7.
  9. 　前記サーバに前記設備保守情報を送信する点検情報端末を備え、
    　前記点検計画処理部は、前記点検要請情報を前記点検情報端末に送信すること、
    　を特徴とする請求項１から８のいずれか１つに記載の点検計画作成サポートシステム。     comprising an inspection information terminal that transmits the equipment maintenance information to the server,
    The inspection plan processing unit transmits the inspection request information to the inspection information terminal;
    The inspection plan creation support system according to any one of claims 1 to 8, characterized by:
  10. 　複数の設備について、設備に対して適用する点検を識別管理する情報である点検表情報と、設備の設置位置を識別管理するための位置情報である設備設置位置情報とを含む設備関連情報を記憶する点検対象情報記憶部と、
    　前記設備関連情報に基づいて、複数の設備のうち、前記点検要請情報において設備の点検作業の実施が要請されている点検対象の設備の他に、前記点検対象の設備と一緒に点検を実施する候補の設備を抽出する設備保守情報処理部と、
    　を備えることを特徴とする請求項１に記載の点検計画作成サポートシステム。     Stores equipment-related information for multiple pieces of equipment, including inspection sheet information, which is information for identifying and managing inspections applied to equipment, and equipment installation position information, which is position information for identifying and managing equipment installation positions. an inspection target information storage unit,
    Based on the equipment-related information, among the plurality of equipments, in addition to the equipment to be inspected for which implementation of equipment inspection work is requested in the inspection request information, the inspection is performed together with the equipment to be inspected. an equipment maintenance information processing unit that extracts candidate equipment;
    The inspection plan creation support system according to claim 1, further comprising:
  11. 　設備についての点検計画の立案をサポートするためのサーバであって、
    　前記設備の仕様の情報である設備仕様情報と、前記設備の稼働状態を示す情報であって前記サーバと通信可能な設備計測装置から取得される前記設備の稼働状態の計測値である設備稼働情報と、前記設備が故障した場合における被害が大きい設備を評価する情報である設備重要度情報と、前記設備の設備保守に関する情報である設備保守情報とに基づいて、前記設備の劣化のレベルを示す情報である経年スコアを算出する経年情報処理部と、
    　前記経年スコアに基づいて前記設備の設備点検を要請する旨の点検要請情報を生成する点検計画処理部と、
    　前記サーバの外部の装置との間で通信を行う通信部と、
    　を備えることを特徴とするサーバ。     A server for supporting planning of inspection plans for equipment,
    Equipment specification information, which is information on the specifications of the equipment, and equipment operation information, which is information indicating the operating state of the equipment and is a measured value of the operating state of the equipment, which is obtained from an equipment measuring device that can communicate with the server. The level of deterioration of the equipment is indicated based on equipment importance information, which is information for evaluating the equipment that would cause major damage if the equipment breaks down, and equipment maintenance information, which is information about equipment maintenance of the equipment. an aging information processing unit that calculates an aging score, which is information;
    an inspection plan processing unit that generates inspection request information to request equipment inspection of the equipment based on the aging score;
    a communication unit that communicates with a device external to the server;
    A server characterized by comprising:
  12. 　設備についての点検計画の立案をサポートするためのサーバとしてコンピュータを機能させる点検計画作成プログラムであって、
    　前記設備の稼働状態を示す稼働データと、前記設備の設備保守に関する情報である設備保守情報とを受信するステップと、
    　前記設備の仕様の情報である設備仕様情報と、前記設備の稼働状態を示す情報であって前記稼働データからなる設備稼働情報と、前記設備が故障した場合における被害が大きい設備を評価する情報である設備重要度情報と、前記設備保守情報とに基づいて、前記設備の劣化のレベルを示す情報である経年スコアを算出するステップと、
    　前記経年スコアに基づいて前記設備の点検作業の実施を要請する旨の点検要請情報を生成するステップと、
    　を前記コンピュータに実行させることを特徴とする点検計画作成プログラム。     An inspection plan creation program that causes a computer to function as a server to support the creation of an inspection plan for equipment,
    receiving operation data indicating the operating state of the equipment and equipment maintenance information that is information regarding equipment maintenance of the equipment;
    equipment specification information that is information on the specifications of the equipment; equipment operation information that is information that indicates the operating status of the equipment and is made up of the operation data; and information that evaluates equipment that will suffer great damage if the equipment breaks down. calculating an aging score, which is information indicating a level of deterioration of the equipment, based on certain equipment importance information and the equipment maintenance information;
    generating inspection request information requesting implementation of inspection work for the equipment based on the aging score;
    An inspection plan creation program characterized by causing the computer to execute.
PCT/JP2022/014011 2022-03-24 2022-03-24 Inspection plan creation support system, server, and inspection plan creation program WO2023181269A1 (en)

Priority Applications (2)

Application Number Priority Date Filing Date Title
JP2024509587A JPWO2023181269A1 (en) 2022-03-24 2022-03-24
PCT/JP2022/014011 WO2023181269A1 (en) 2022-03-24 2022-03-24 Inspection plan creation support system, server, and inspection plan creation program

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
PCT/JP2022/014011 WO2023181269A1 (en) 2022-03-24 2022-03-24 Inspection plan creation support system, server, and inspection plan creation program

Publications (1)

Publication Number Publication Date
WO2023181269A1 true WO2023181269A1 (en) 2023-09-28

Family

ID=88100632

Family Applications (1)

Application Number Title Priority Date Filing Date
PCT/JP2022/014011 WO2023181269A1 (en) 2022-03-24 2022-03-24 Inspection plan creation support system, server, and inspection plan creation program

Country Status (2)

Country Link
JP (1) JPWO2023181269A1 (en)
WO (1) WO2023181269A1 (en)

Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2005085178A (en) * 2003-09-11 2005-03-31 Mitsubishi Electric Corp System for preparing equipment operation plan
JP2011113161A (en) * 2009-11-25 2011-06-09 Hitachi High-Tech Control Systems Corp On-site inspection system
JP2017016509A (en) * 2015-07-03 2017-01-19 横河電機株式会社 Equipment maintenance management system and equipment maintenance management method

Patent Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2005085178A (en) * 2003-09-11 2005-03-31 Mitsubishi Electric Corp System for preparing equipment operation plan
JP2011113161A (en) * 2009-11-25 2011-06-09 Hitachi High-Tech Control Systems Corp On-site inspection system
JP2017016509A (en) * 2015-07-03 2017-01-19 横河電機株式会社 Equipment maintenance management system and equipment maintenance management method

Also Published As

Publication number Publication date
JPWO2023181269A1 (en) 2023-09-28

Similar Documents

Publication Publication Date Title
JP5602528B2 (en) Building inspection management system
JP5388060B2 (en) Elevator parts improvement planning system and parts improvement planning method thereof
WO2018079778A1 (en) Production management device, method, and program
US20180356804A1 (en) Management system and management method
US20160132839A1 (en) Systems and processes for facilities maintenance scheduling
US20120173299A1 (en) Systems and methods for use in correcting a predicted failure in a production process
JP6706693B2 (en) Maintenance management system and maintenance management confirmation device used therefor
JP2010166702A (en) Power supply risk evaluation system of power facility
JP2019153306A (en) Fault solution prediction system and method
JP6033115B2 (en) Maintenance work timing judgment device, maintenance work timing judgment system, maintenance work timing judgment method and program
US20200056964A1 (en) Risk Assessment Device, Risk Assessment Method, and Risk Assessment Program
US20180164779A1 (en) Method, server, and program for providing real-time robot monitoring service
JP2014049010A (en) Inspection maintenance data verification device, inspection maintenance data verification system, and inspection maintenance data verification method
Hauashdh et al. An integrated framework for sustainable and efficient building maintenance operations aligning with climate change, SDGs, and emerging technology
WO2023181269A1 (en) Inspection plan creation support system, server, and inspection plan creation program
JP2021002141A (en) Method for supporting maintenance, maintenance supporting system, maintenance supporting device, and computer program
JP2009155043A (en) Elevator component improvement schedule system and elevator component improvement schedule method
WO2016125248A1 (en) Maintenance assistance system, maintenance assistance method, and maintenance assistance program
TWI752273B (en) Support apparatus for creating updated plan, and support method for creating updated plan
JP3899089B2 (en) Building repair plan calculation device
CN107615314B (en) Work plan generation support device and work plan generation device
US20070043576A1 (en) Equipment cost estimate calculation program and equipment cost estimate calculation system
US20210357829A1 (en) Information-technology-utilization evaluation device, information-technology-utilization evaluation system, and information-technology-utilization evaluation method
JP2017097666A (en) Information processing system, information processing method, information processing device, and terminal device
JP2015103128A (en) Equipment management system, equipment management device and equipment management method

Legal Events

Date Code Title Description
121 Ep: the epo has been informed by wipo that ep was designated in this application

Ref document number: 22933410

Country of ref document: EP

Kind code of ref document: A1

WWE Wipo information: entry into national phase

Ref document number: 2024509587

Country of ref document: JP