JP2014049067A - Facility diagnosing apparatus, and setting change urging method - Google Patents

Abstract

PROBLEM TO BE SOLVED: To automatically detect changes in configuration or attributes of a facility resulting from remodeling or repair of the facility, and to urge the manager to change the setting of pertinent facility information.SOLUTION: A facility change determining unit 23 compares point attribute information included in equipment read out of a memory 14 with point attribute information 31 acquired by a data acquisition unit 21 from a facility managing apparatus 30; determines whether or not the facility has been changed according to the presence or absence of any change in the information; if the facility change determining unit 23 determines the presence of any change in the facility, a setting change urging unit 24 displays on a screen display unit 13 a screen urging a setting change in the facility information.

Description

  The present invention relates to an equipment diagnosis technique, and more particularly, to a setting change prompting technique for detecting a change in equipment to be diagnosed and prompting an administrator to change the setting.

Recently, there is a strong demand for energy consumption reduction in the private sector, where energy consumption continues to increase, and awareness of energy conservation in buildings is increasing.
In addition to the facility monitoring system (BAS) that monitors the operation and operating state of facilities and the energy management system (BEMS) that visualizes the energy consumption status, a fault detection system that detects room for energy saving, An increasing number of buildings introduce equipment diagnosis devices such as systems for diagnosing the operating status of air conditioning systems in buildings.

JP 2003-216715 A JP 2007-293489 A

  When the equipment configuration or attributes are changed due to equipment repair or repair, the equipment information including the management point is changed in BAS and BEMS. On the other hand, in the equipment diagnosis apparatus, management points to be monitored are set in advance for each equipment, and the data acquired from these management points is displayed on the monitoring screen.

  Therefore, when the equipment information setting is changed in BAS or BEMS, it is necessary to carry out the corresponding setting change in the equipment diagnosis apparatus, but this setting change may be forgotten, and the equipment information is updated. It is not always done. For this reason, when the setting change is not performed, the equipment diagnosis apparatus operates based on incorrect setting information, and there is a problem that a diagnosis is omitted or an erroneous diagnosis occurs.

  The present invention is for solving such a problem, and it is possible to automatically detect that the configuration or attribute of the equipment has been changed by equipment repair or repair, and to prompt the administrator to change the setting of the equipment information. The purpose is to provide a setting change reminder.

  In order to achieve such an object, the equipment diagnosis apparatus according to the present invention diagnoses the operation status of the equipment based on measurement value data measured at a management point set in each equipment in the facility. A facility diagnosis device, which is information related to the facility to be diagnosed, a storage unit that stores facility information including point attribute information regarding a management point of the facility, and a facility management device that manages the facility, A data acquisition unit that acquires point attribute information indicating the attribute of the management point of each facility, and the point attribute information included in the facility information read from the storage unit is compared with the point attribute information acquired by the data acquisition unit If the equipment change determination unit determines whether there is a change in the equipment according to the change presence or not, and the equipment change determination unit determines that there is a equipment change, Dunning screen for Dunning configuration changes facility information and a setting changing dunning unit to be displayed on the screen display unit.

  Further, in one configuration example according to the facility diagnosis apparatus, the storage unit stores process execution definition information indicating a process timing for determining facility change for each facility system to which the facility to be diagnosed belongs. The data acquisition unit is configured to acquire, from the facility management apparatus, point attribute information of equipment belonging to a corresponding equipment system in accordance with the arrival of the processing timing registered in the processing execution definition information. .

  Moreover, one structural example concerning the said equipment diagnostic apparatus is measurement which records the measured value data of the management point acquired from the said facility management apparatus by the said data acquisition part in the measured value DB when diagnosing the operation condition of the said equipment. A value data recording unit is further provided, and the storage unit includes, for each measurement value data whose value changes according to the change of the equipment, among the measurement value data obtained at the management point of the equipment to be diagnosed. Data determination definition information in which a criterion for determining whether or not to change equipment for measurement value data is set is stored, and the equipment change determination unit stores the measurement value data read from the measurement value DB in the data determination definition information of the storage unit. By comparing with the determination criterion for the set measurement value data, it is determined whether or not the facility has been changed.

  Further, another equipment diagnosis apparatus according to the present invention is an equipment diagnosis apparatus that diagnoses the operation status of the equipment based on measurement value data measured at a management point set for each equipment in the facility. For each measurement value data whose value changes according to the change of the equipment among the measurement value data obtained at the management point of the equipment to be diagnosed, a criterion for determining whether or not the equipment is changed with respect to the measurement value data is set. A storage unit that stores the data determination definition information, a data acquisition unit that acquires measurement value data measured at a management point of the facility to be diagnosed, from the facility management device that manages the facility, and the data acquisition A measurement value data recording unit that records measurement value data of the management point acquired from the facility management device by the unit in the measurement value DB, and each measurement value data read from the measurement value DB. Equipment change judgment unit for judging whether or not the equipment has been changed by comparing with the judgment criteria for the measurement value data set in the data judgment definition information of the storage unit, and the equipment change judgment unit for equipment change When it is determined that there is a setting change prompting unit, the screen display unit displays a reminding screen for prompting the facility information setting change.

  The setting change reminding method according to the present invention is a setting used in a facility diagnosis apparatus that diagnoses the operation status of the facility based on measured value data measured at a management point set in each facility in the facility. A change reminding method, wherein the storage unit is information related to the equipment to be diagnosed, and the storage step stores facility information including point attribute information related to the management point of the facility, and the data acquisition unit includes: A data acquisition step for acquiring point attribute information indicating an attribute of a management point of each facility from a facility management apparatus that manages the facility, and a point attribute included in the facility information read from the storage unit by the facility change determination unit The information is compared with the point attribute information acquired at the data acquisition step, and the presence / absence of the change of the equipment is determined according to the presence / absence of the change. A change determination step and a setting change reminder step for displaying a reminder screen for prompting a change in the setting of the equipment information on the screen display part when the setting change reminder is judged to have the equipment change in the equipment change judgment step. I have.

  In addition, in the configuration example according to the setting change reminding method, the storage stores process execution definition information indicating a process timing for determining the equipment change for each equipment system to which the equipment to be diagnosed belongs, In the data acquisition step, the point attribute information of the equipment belonging to the corresponding equipment system is acquired from the facility management apparatus in accordance with the arrival of the processing timing registered in the processing execution definition information. .

  One example of the configuration change reminding method is that the measurement value data recording unit acquires the measurement value data of the management point acquired from the facility management device by the data acquisition step when diagnosing the operation status of the equipment. The measured value data recording step is further recorded in the measured value DB, and the storage unit changes the value according to the change of the equipment among the measured value data obtained at the management point of the equipment to be diagnosed. For each measurement value data to be stored, data determination definition information in which a determination criterion for the presence or absence of equipment change for the measurement value data is set is stored, and the equipment change determination step is performed for each measurement value data read from the measurement value DB. By comparing with the judgment criteria for the measured value data set in the data judgment definition information of the storage unit, it is judged whether the equipment has been changed or not. It is obtained by way.

  In addition, another setting change reminding method according to the present invention is used in a facility diagnosis apparatus that diagnoses the operation status of the facility based on measured value data measured at a management point set for each facility in the facility. The setting change reminding method, wherein the storage unit includes, for each measurement value data whose value changes according to the change of the equipment, among the measurement value data obtained at the management point of the equipment to be diagnosed, A storage step for storing data determination definition information in which a criterion for determining whether or not to change equipment for measurement value data is stored, and a data acquisition unit from a facility management device that manages the equipment to a management point of the equipment to be diagnosed A data acquisition step for acquiring measured value data, and a measurement value data recording unit for calculating management points acquired from the facility management device by the data acquisition unit. The measurement value data recording step for recording the value data in the measurement value DB, and the measurement set by the equipment change determination unit in the data determination definition information of the storage unit for each measurement value data read from the measurement value DB When the equipment change determination step for determining whether or not the equipment has been changed by comparing with the determination criteria for the value data and the setting change prompting section determine that the equipment change has been made by the equipment change determination section, the setting of the equipment information is performed. A setting change reminding step for displaying a reminder screen for reminding the change on the screen display unit.

  ADVANTAGE OF THE INVENTION According to this invention, it can automatically detect that the structure and attribute of an equipment were changed by equipment repair or repair, and can prompt the administrator to change the setting of equipment information. Therefore, even when the equipment information setting change is performed in BAS or BEMS, even if the equipment information setting change in the equipment diagnosis apparatus is forgotten, the equipment information setting is changed in response to the prompt for the setting change. be able to. As a result, it is possible to avoid omission of diagnosis or erroneous diagnosis caused by the fact that the setting change of the facility information is not performed.

It is a block diagram which shows the structure of the equipment diagnostic apparatus concerning 1st Embodiment. It is a structural example of point attribute information. It is an example of a change of point attribute information. It is a flowchart which shows the setting change reminding process concerning 1st Embodiment. It is a structural example of a setting change reminder screen. It is a structural example of equipment information log | history DB. It is a block diagram which shows the structure of the equipment diagnostic apparatus concerning 2nd Embodiment. It is a flowchart which shows the setting change reminding process concerning 2nd Embodiment.

[Principle of the Invention]
First, the principle of the present invention will be described.
When the equipment configuration or attribute is changed by equipment repair or repair, the setting of point attribute information indicating the attribute of the management point is changed in a facility management apparatus such as BAS or BEMS. At this time, since the facility management processing in the facility management apparatus is information necessary for stable operation of the equipment, the setting change of the point attribute information is immediately performed when the equipment is changed.
On the other hand, since the facility diagnosis apparatus diagnoses the operation state of the facility for the purpose of energy saving, the urgency of setting change of the facility information corresponding to the facility change is lower than that of the facility management apparatus.

  The present invention pays attention to the fact that such equipment change is immediately reflected in the point attribute information of the facility management apparatus, refers to the point attribute information of the facility management apparatus from the equipment diagnosis apparatus, and changes the point attribute information. Whether or not there has been a change in equipment is determined, and when there is a change in the equipment, the administrator is prompted to change the setting of equipment information used in the equipment diagnosis apparatus.

  In addition, if the point attribute information of the facility management apparatus is referred to excessively, a new processing burden is generated on the facility management apparatus. The present invention focuses on the occurrence of such processing burden on the facility management apparatus, defines the processing timing for determining the equipment change for each equipment system, and sets the corresponding equipment system according to the arrival of this processing timing. The point attribute information of the belonging equipment is obtained from the facility management apparatus.

  In addition, paying attention to the fact that the measured value data obtained from the equipment in the facility management device changes according to the equipment change, and if there is some change in this measured value data, the point attribute information of the facility management device is It is something to be referred to.

Next, embodiments of the present invention will be described with reference to the drawings.
[First Embodiment]
First, with reference to FIG. 1, the equipment diagnostic apparatus 10 concerning the 1st Embodiment of this invention is demonstrated. FIG. 1 is a block diagram illustrating the configuration of the equipment diagnosis apparatus according to the first embodiment.

  The facility diagnostic apparatus 10 is composed of an information processing apparatus such as a server apparatus or a personal computer as a whole, and is installed in a facility based on measured value data 32 acquired from the facility management apparatus 30 by data communication via a communication line L1. A function of diagnosing the operation status of each facility being used, and a function of determining a change of the facility 40 based on the point attribute information acquired from the facility management apparatus 30 and prompting a change in the setting of the facility information ing.

  The facility management device 30 is composed of an information processing device such as a server device or a personal computer as a whole, and a measured value indicating the status of the facility 40 at each management point set in the facility 40 by data communication via the communication line L3. It has a function of acquiring data 32.

  The facility diagnostic apparatus 10 includes, as main functional units, a communication I / F unit 11, an operation input unit 12, a screen display unit 13, a storage unit 14, a facility information history DB 15, a data acquisition unit 21, a facility diagnosis unit 22, A facility change determination unit 23, a setting change prompting unit 24, a facility information recording unit 25, and a facility information setting unit 26 are provided.

The communication I / F unit 11 has a function of performing data communication with an external device such as the facility management device 30 via the communication line L1.
The operation input unit 12 includes an operation input device such as a keyboard and a mouse, and has a function of detecting the operation of the facility manager.
The screen display unit 13 includes a screen display device such as an LCD, and has a function of displaying data output from each function unit such as an operation menu and a management point setting screen.

The storage unit 14 includes a storage device such as a hard disk or a semiconductor memory, and has a function of storing processing data and programs used for various processing such as equipment diagnosis processing.
The program is a program that realizes various processing such as equipment diagnosis processing by being read and executed by the CPU, and is read in advance from an external device or a recording medium via the communication I / F unit 11, and the storage unit 14. Stored in

  As main processing information stored in the storage unit 14, in addition to the point attribute information 31 and the measurement value data 32 acquired from the facility management apparatus 30, acquired data definition information that defines information to be acquired from the facility management apparatus 30, and equipment diagnosis There is equipment diagnosis logic including equipment information related to the target equipment 40, and further determination conditions used for equipment diagnosis. Among these, the facility information includes point attribute information indicating the attributes of the management points of these facilities for all the facilities 40 to be subjected to facility diagnosis.

FIG. 2 is a configuration example of point attribute information. Here, for each management point, the name of the management point, the unit of data measured at the management point, the point type indicating the type of data measured at the management point, and the point address of the management point are included. About this point attribute information, the same information is contained also in the facility information of the memory | storage part 14. FIG.
FIG. 3 is an example of changing the point attribute information. Here, information about a new management point related to the inverter is added.

  The facility information history DB 15 is a database that includes a storage device such as a hard disk or a semiconductor memory, and records the change contents of the point attribute information detected by the facility change determination unit 23 as a history.

  The data acquisition unit 21 performs data communication with the facility management device 30 from the communication I / F unit 11 via the communication line L1 when executing the facility diagnosis process, thereby obtaining the measurement value data 32 from the facility management device 30. The function of acquiring and storing in the storage unit 14 and the function of acquiring the point attribute information 31 from the facility management apparatus 30 and storing the same in the storage unit 14 when determining a facility change are also provided. At this time, the data acquisition unit 21 acquires specific information used for processing from the point attribute information 31 and the measurement value data 32 based on the acquisition data definition information set in the storage unit 14.

  The facility diagnosis unit 22 aggregates the measured value data 32 of the storage unit 14 based on the facility diagnosis logic, and compares the obtained aggregation results with the determination conditions included in the facility diagnosis logic of the storage unit 14. It has a function of diagnosing the status of the facility 40.

  The equipment change determination unit 23 compares the point attribute information included in the equipment information of the own device read from the storage unit 14 with the point attribute information 31 acquired by the data acquisition unit 21 and stored in the storage unit 14, It has a function of determining whether or not the facility has been changed according to whether or not the change has occurred. Normally, the point attribute information included in the facility information in the storage unit 14 matches the point attribute information 31 in the data acquisition unit 21, and this change is made when the point attribute information 31 is changed due to a change in the facility. Until they are reflected in the facility information in the storage unit 14, they do not match.

  The setting change reminder 24 displays a reminder screen for prompting the equipment information setting change on the screen display unit 13 when the equipment change judging unit 23 judges that there is equipment change. have.

The facility information recording unit 25 has a function of recording the change contents of the point attribute information detected by the facility change determination unit 23 in the facility information history DB 15. The change contents of the point attribute information recorded in the facility information history DB 15 can be confirmed by the administrator, and can be used when setting changes of the facility information.
The facility information setting unit 26 has a function of editing and setting the facility information of the own device set in the storage unit 14 in accordance with the operation detected by the operation input unit 12.

  Among these functional units, the data acquisition unit 21, the equipment diagnosis unit 22, the equipment change determination unit 23, the setting change prompting unit 24, the equipment information recording unit 25, and the equipment information setting unit 26 are programmed by the CPU from the storage unit 14. Realized by reading and executing.

[Operation of First Embodiment]
Next, with reference to FIG. 4, the setting change prompting process of the equipment diagnosis apparatus 10 according to the present embodiment will be described. FIG. 4 is a flowchart showing a setting change prompting process according to the first embodiment.

  The facility diagnosis apparatus 10 executes the setting change prompting process of FIG. 4 according to the process start operation by the administrator detected by the operation input unit 12. It is assumed that the point attribute information of the facility information in the storage unit 14 matches the content of the point attribute information 31 of the facility management device 30 prior to the setting change reminding process.

  First, the data acquisition unit 21 performs data communication with the facility management apparatus 30 via the communication line L1 from the communication I / F unit 11, and thereby, based on the acquired data definition information set in the storage unit 14, The point attribute information 31 is acquired from the management device 30 and stored in the storage unit 14 (step 100).

Subsequently, the equipment change determination unit 23 reads the point attribute information 31 and the equipment information from the storage unit 14 and compares them (Step 101).
Here, since the point attribute information set in the equipment information matches the content of the point attribute information 31, when it is determined that there is no equipment change (step 102: NO), the dunning screen is not displayed, and a series of The process ends.

  On the other hand, since the point attribute information included in the facility information is different from the content of the point attribute information 31, when it is determined that there is a facility change (step 102: YES), the setting change reminder 24 displays the point attribute information. A dunning screen that prompts a change in the setting of the equipment information including the change contents is displayed on the screen display unit 13 (step 103).

  FIG. 5 is a configuration example of the setting change reminder screen. Here, a message prompting a change in the setting of the facility information and the change contents of the point attribute information are displayed on the screen. For point attribute information changes, the point attribute information change is based on the date of detection of the change of point attribute information, the equipment group, the target equipment, the change contents of the point attribute information, and the estimation basis for determining that the equipment has changed. The point address that detected is displayed.

  The point address is composed of each digit based on the meaning of facility management. For example, each point address shown in FIG. [4 digits]. It has a three-digit section called [2 digits], and among these, the [4 digits] digit section indicates identification information of the equipment group to which the equipment of the management point belongs. Therefore, management points set for the same equipment are often registered in the same equipment group. For this reason, when the management point regarding an inverter (INV) is added to the equipment group in which the secondary pump was registered, it can be estimated that the inverter was installed in the secondary pump. By creating and displaying a setting change reminder screen based on such an estimation result, the administrator can easily grasp the contents to be changed.

Thereafter, the facility information recording unit 25 records the change contents of the point attribute information detected by the facility change determination unit 23 in the facility information history DB 15 (step 104), and ends the series of processes.
FIG. 6 is a configuration example of the facility information history DB. Here, for each change detection of the point attribute information, the detection date, the equipment group, the target equipment, the change contents of the point attribute information, and the estimation reason for determining that the equipment change has occurred, The point address where the change of information is detected is registered.

[Effect of the first embodiment]
As described above, according to the present embodiment, the facility change determination unit 23 acquires the point attribute information included in the facility information read from the storage unit 14 from the point attribute information 31 acquired from the facility management apparatus 30 by the data acquisition unit 21. In comparison, the presence or absence of equipment change is determined according to the presence or absence of the change. When the equipment change determination unit 23 determines that the equipment has been changed, the setting change prompting unit 24 displays a reminder screen for prompting the facility information setting change. This is displayed on the screen display unit 13.

  Accordingly, it is possible to automatically detect that the configuration or attribute of the facility has been changed due to facility repair or repair, and prompt the administrator to change the setting of the facility information. Therefore, when the equipment information setting change is performed in BAS or BEMS, even if the equipment information setting change in the equipment diagnosis apparatus 10 is forgotten, the equipment information setting is changed in response to the prompt for the setting change. can do. As a result, it is possible to avoid omission of diagnosis or erroneous diagnosis caused by the fact that the setting change of the facility information is not performed.

Further, in the present embodiment, the setting change prompting process of FIG. 4 described above has been described as an example in accordance with a process start operation performed by the administrator detected by the operation input unit 12. It may be executed periodically.
At this time, each time the setting change prompting process is executed, if the point attribute information regarding all the facilities 40 used for the facility diagnosis process in the facility diagnosis apparatus 10 is acquired at once, the processing burden on the facility management apparatus 30 increases. . Therefore, the execution timing of the setting change prompting process may be individually set for each equipment system to which the equipment 40 belongs.

  Specifically, for each equipment system to which the equipment 40 belongs, process execution definition information indicating the execution timing of the setting change prompting process is registered in the storage unit 14 in advance, and the equipment change determination unit 23 uses this process execution definition information. To manage the execution timing of the setting change reminder process. Then, when the execution timing of the setting change reminding process has arrived in any of the equipment systems, the data acquisition unit 21 selects the management point belonging to the processing target system from the acquired data definition information read from the storage unit 14. The point attribute information 31 may be acquired from the facility management apparatus 30.

  Thereby, the data amount of the point attribute information 31 acquired from the facility management apparatus 30 can be reduced, and the processing load on the facility management apparatus 30 can be reduced. For the setting change reminding process, the execution timing may be individually set for each arbitrarily defined equipment group, not for the equipment system.

[Second Embodiment]
Next, with reference to FIG. 7, the equipment diagnostic apparatus 10 concerning the 2nd Embodiment of this invention is demonstrated. FIG. 7 is a block diagram illustrating a configuration of the equipment diagnosis apparatus according to the second embodiment.
In 1st Embodiment, the case where the presence or absence of an equipment change was determined with reference to the point attribute information 31 of the facility management apparatus 30 was demonstrated as an example. In the present embodiment, a case where the presence / absence of a facility change is determined with reference to the measurement value data 32 of the facility management apparatus 30 will be described as an example.

In this Embodiment, the memory | storage part 14 has the equipment change presence or absence with respect to the said measured value data for every measured value data from which the value changes according to the change of equipment among the measured value data obtained by the management point used as a diagnosis object. The data determination definition information in which the determination criterion is set is stored.
The measurement value DB 16 includes a storage device such as a hard disk or a semiconductor memory, and is a database that records measurement value data 32 acquired from the facility management device 30.

  The measured value data recording unit 27 records, in the measured value DB 16, measured value data of a management point to be diagnosed acquired from the facility management apparatus 30 by the data acquiring unit 21 when the facility diagnostic unit 22 diagnoses the facility. It has a function to do.

The equipment change determination unit 23 compares each measurement value data of the management point to be diagnosed read from the measurement value DB 16 with a determination criterion for the measurement value data set in the data determination definition information of the storage unit 14. Thus, it has a function of determining whether or not the equipment has been changed.
Other configurations according to the present embodiment are the same as those of the first embodiment, and a detailed description thereof is omitted here.

[Operation of Second Embodiment]
Next, with reference to FIG. 8, a setting change prompting process of the equipment diagnosis apparatus 10 according to the present embodiment will be described. FIG. 8 is a flowchart illustrating a setting change prompting process according to the second embodiment.

  The facility diagnosis apparatus 10 executes the setting change prompting process of FIG. 8 according to the process start operation by the administrator detected by the operation input unit 12. Prior to this setting change prompting process, it is assumed that measurement value data obtained at a management point of the facility 40 diagnosed by the facility diagnosis apparatus 10 is recorded in the measurement value DB 16.

  First, the equipment change determination unit 23 acquires measurement value data from the measurement value DB 16 (step 200), and compares it with a determination criterion for the measurement value data set in the data determination definition information of the storage unit 14. Then, it is determined whether or not the equipment has been changed (step 201).

The measured value data changes as equipment is changed. For example, in an air conditioner, when an inverter is added to the secondary pump, the pump power amount of the secondary pump decreases. This decrease can be determined based on a value obtained by subtracting an arbitrary threshold value from the pump rated power amount. Therefore, for the measurement value data in this way,
If the criterion of pump power amount <pump rated power−threshold value is set, it is possible to determine whether or not there is equipment change such as adding an inverter.

The example of the above criteria uses a change in measured value data in which when the equipment is changed such that an inverter is installed in the pump, the electric energy greatly deviates from the rated electric energy with respect to the number of pumps operated. However, in this equipment change, not only the amount of electric power but also the flow rate is large and greatly deviates from the rated flow rate. Therefore, a criterion for the flow rate may be used instead of the electric energy.
In addition, when the equipment is changed such that an inverter is installed in the air supply fan of the air conditioner, a change in the measured value data occurs in which the supply air temperature is lowered to reduce the supply air volume. Therefore, if a criterion for comparing the supply air temperature with the reference supply air temperature is set, it is possible to determine whether or not there is equipment change such as addition of an inverter.

Here, since it is determined that there is no equipment change because the measurement value data satisfies the determination criterion (step 202: NO), the dunning screen is not displayed and the series of processes is terminated.
On the other hand, when the measurement value data does not satisfy the determination criteria and it is determined that there is equipment change (step 202: YES), the setting change reminder 24 displays the point attribute information of the management point from which the measurement value data is obtained, A screen for prompting a change in the setting of the equipment information including the change in the measured value data is displayed on the screen display unit 13 (step 203).

  Thereafter, the facility information recording unit 25 records the change in the point attribute information and measurement value data of the management point detected by the facility change determination unit 23 in the facility information history DB 15 (step 204), and ends the series of processing. To do.

[Effect of the second embodiment]
As described above, in the present embodiment, when the measurement value data recording unit 27 diagnoses the operation status of the facility, the measurement value data of the management point acquired from the facility management device 30 by the data acquisition unit 21 is used as the measurement value DB 16. For each measurement value data whose value changes in accordance with the change of the equipment among the measurement value data obtained at the management point of the equipment to be diagnosed. Data determination definition information in which a determination criterion for whether or not there is a change is stored, and the measurement change data set by the equipment change determination unit 23 in the data determination definition information in the storage unit 14 is read for each measurement value data read from the measurement value DB 16. By comparing with the criterion for the value data, it is determined whether or not the facility has been changed.

  Thereby, the presence or absence of equipment change can be determined based on the change in the measured value data obtained at the management point, not the change in the point attribute information of the management point. Therefore, when diagnosing the operation status of the facility, the measurement value data acquired from the facility management apparatus 30 can be used for determining whether or not the facility has been changed. For this reason, compared with the case where the point attribute information 31 of the management point is acquired in addition to the measurement value data 32, the processing load of the facility management apparatus 30 can be reduced.

  Some measured value data does not change in accordance with the change of equipment, or it is difficult to detect the change. For this reason, the management point from which such measurement value data can be obtained may be combined with the determination of the presence or absence of equipment change using the point attribute information described in the first embodiment.

[Extended embodiment]
The present invention has been described above with reference to the embodiments, but the present invention is not limited to the above embodiments. Various changes that can be understood by those skilled in the art can be made to the configuration and details of the present invention within the scope of the present invention. In addition, each embodiment can be implemented in any combination within a consistent range.

  DESCRIPTION OF SYMBOLS 10 ... Equipment diagnostic apparatus, 11 ... Communication I / F part, 12 ... Operation input part, 13 ... Screen display part, 14 ... Memory | storage part, 15 ... Equipment information log | history DB, 16 ... Measurement value DB, 21 ... Data acquisition part, DESCRIPTION OF SYMBOLS 22 ... Equipment diagnosis part, 23 ... Equipment change determination part, 24 ... Setting change prompting part, 25 ... Equipment information recording part, 26 ... Equipment information setting part, 27 ... Measurement value data recording part, 30 ... Facility management apparatus, 31 ... Point attribute information, 32 ... measured value data, 40 ... equipment, L1, L3 ... communication line.

Claims (8)

A facility diagnostic device for diagnosing the operation status of the facility based on measured value data measured at a management point set for each facility in the facility,
A storage unit that stores information on the equipment to be diagnosed and stores equipment information including point attribute information on a management point of the equipment;
A data acquisition unit that acquires point attribute information indicating an attribute of a management point of each facility from a facility management device that manages the facility;
A facility change determination unit that compares the point attribute information included in the facility information read from the storage unit with the point attribute information acquired by the data acquisition unit, and determines whether or not the facility has been changed according to the presence or absence of the change. ,
A facility diagnosis device, comprising: a setting change prompting unit that displays a reminder screen for prompting a change in setting of the facility information on a screen display unit when it is determined by the facility change judging unit that there is a facility change. In the equipment diagnostic apparatus according to claim 1,
The storage unit stores processing execution definition information indicating processing timing for performing a facility change determination for each facility system to which the facility to be diagnosed belongs.
The data acquisition unit acquires, from the facility management apparatus, point attribute information of a facility belonging to a corresponding facility system in accordance with the arrival of the processing timing registered in the processing execution definition information. Diagnostic device. In the equipment diagnostic device according to claim 1 or 2,
When diagnosing the operation status of the equipment, the data acquisition unit further includes a measurement value data recording unit that records measurement value data of the management point acquired from the facility management device in a measurement value DB,
The storage unit includes, for each measurement value data whose value changes according to the change of the equipment among the measurement value data obtained at the management point of the equipment to be diagnosed, whether or not the equipment has been changed with respect to the measurement value data. Stores data judgment definition information that sets judgment criteria,
The facility change determination unit compares each measurement value data read from the measurement value DB with a determination criterion for the measurement value data set in the data determination definition information of the storage unit, thereby determining whether or not the facility has been changed. An equipment diagnosis apparatus characterized by A facility diagnostic device for diagnosing the operation status of the facility based on measured value data measured at a management point set for each facility in the facility,
Among the measurement value data obtained at the management point of the equipment to be diagnosed, for each measurement value data whose value changes according to the change of the equipment, a criterion for determining whether or not the equipment is changed with respect to the measurement value data is set. A storage unit for storing data determination definition information;
From a facility management device that manages the equipment, a data acquisition unit that acquires measurement value data measured at a management point of the equipment to be diagnosed,
A measurement value data recording unit that records measurement value data of a management point acquired from the facility management apparatus by the data acquisition unit in a measurement value DB;
For each measurement value data read from the measurement value DB, a facility change determination unit that determines whether or not the facility has been changed by comparing the measurement value data with a determination criterion for the measurement value data set in the data determination definition information of the storage unit When,
A facility diagnosis device, comprising: a setting change prompting unit that displays a reminder screen for prompting a change in setting of the facility information on a screen display unit when it is determined by the facility change judging unit that there is a facility change. A setting change reminding method used in a facility diagnostic apparatus for diagnosing the operation status of the facility based on measurement value data measured at a management point set in each facility in the facility,
A storage step is information relating to the equipment to be diagnosed, and a storage step for storing equipment information including point attribute information relating to a management point of the equipment;
A data acquisition step in which a data acquisition unit acquires point attribute information indicating an attribute of a management point of each facility from a facility management apparatus that manages the facility;
The facility change determination unit compares the point attribute information included in the facility information read from the storage unit with the point attribute information acquired in the data acquisition step, and determines whether the facility has been changed according to whether or not the change has occurred. Equipment change judgment step to perform,
A setting change reminding step for displaying, on the screen display part, a dunning screen for prompting a setting change of the equipment information when the setting change reminding part is judged to have equipment change in the equipment change judging step. Setting change reminder method to be performed. In the setting change reminding method according to claim 5,
The storage unit stores processing execution definition information indicating processing timing for performing a facility change determination for each facility system to which the facility to be diagnosed belongs.
The data acquisition step acquires point attribute information of equipment belonging to a corresponding equipment system from the facility management apparatus in response to arrival of processing timing registered in the processing execution definition information. Change dunning method. In the setting change reminding method according to claim 5 or 6,
When the measurement value data recording unit diagnoses the operation status of the facility, the measurement value data recording step of recording the measurement value data of the management point acquired from the facility management device in the data acquisition step in the measurement value DB is further performed Prepared,
The storage unit includes, for each measurement value data whose value changes according to the change of the equipment among the measurement value data obtained at the management point of the equipment to be diagnosed, whether or not the equipment has been changed with respect to the measurement value data. Stores data judgment definition information that sets judgment criteria,
In the facility change determination step, each measurement value data read from the measurement value DB is compared with a determination criterion for the measurement value data set in the data determination definition information of the storage unit, thereby determining whether or not the facility has been changed. A setting change reminding method characterized by determining A setting change reminding method used in a facility diagnostic apparatus for diagnosing the operation status of the facility based on measurement value data measured at a management point set in each facility in the facility,
Of the measured value data obtained at the management point of the equipment to be diagnosed, the storage unit determines whether or not the equipment has been changed for the measured value data for each measured value data whose value changes according to the change of the equipment. A storage step for storing data determination definition information for which a reference is set;
A data acquisition step in which a data acquisition unit acquires measurement value data measured at a management point of the equipment to be diagnosed from a facility management device that manages the equipment;
A measurement value data recording step, wherein the measurement value data recording unit records the measurement value data of the management point acquired from the facility management device in the data acquisition step in a measurement value DB;
The equipment change determination unit compares the measurement value data read from the measurement value DB with the determination criteria for the measurement value data set in the data determination definition information of the storage unit, thereby determining whether or not the equipment has been changed. A facility change judging step for judging;
A setting change reminding step for displaying, on the screen display part, a dunning screen for prompting a setting change of the equipment information when the setting change reminding part is judged to have equipment change in the equipment change judging step. Setting change reminder method to be performed.

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