JPH10124580A - Diagnostic report preparation supporting system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To save labor for a report preparing job and to make uniform and simple the descriptions of a diagnostic report concerning a preparation supporting system for diagnostic report with which the current states of facility equipment or the like are reported. SOLUTION: While installing a format storage part 132b storing format data in advance inside a personal computer 130 for working, when preparing the report, a host computer 110 for managing facility equipment data and portable terminal equipment 120 holding real measured data are connected. The facility equipment data read from the host computer 110 and the measured data read from the portable terminal equipment 120 are allocated and stored in a content storage part 132c based on the format data by a control part 131 of the personal computer 130 for working and further, the evaluated decision of total diagnostic item corresponding to the evaluated decision for each diagnostic item and for each part/function is allocated and stored as well. Thus, the uniform and simple diagnostic report can be easily prepared.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a system for supporting the preparation of a diagnostic report, and more particularly to a system for reporting the current status of equipment such as elevators and escalators which are attached to a building or the like and which are subject to maintenance. The present invention relates to a diagnostic report creation support system.

[0002]

2. Description of the Related Art Conventionally, buildings and the like are equipped with various equipment such as elevators and escalators in accordance with the scale of the building so that people's activities are comfortable. General. The duty of maintenance for these equipments is imposed on the building owner,
It is impractical for a building owner to perform maintenance of equipment that requires highly specialized knowledge and experience by himself. Therefore, a maintenance management company having such knowledge and experience is often entrusted to the building owner to carry out all operations related to the maintenance management of the equipment.

[0003] One of the tasks related to the maintenance and management of the equipment and the like, which is always carried out by the maintenance management company entrusted with the business,
There is a task of investigating the current status of equipment and equipment, diagnosing and evaluating the results, compiling the results in a diagnostic report, and submitting it to the owner of the building as a customer. The preparation of this diagnostic report
It is performed by maintenance personnel who is directly in charge of the maintenance management work of the equipment. The procedure for creating a diagnostic report is as follows: after maintenance personnel manually collects various data from a host computer or a form belonging to a maintenance management company, it word-processes the names of diagnostic / evaluation items to be reported and the corresponding measurement data. And so on.

[0004]

In the above-mentioned conventional procedure for preparing a diagnostic report, a procedure for extracting fixed customer information such as a customer name, a model, and a repair history from a host computer and a survey of facility equipment are separately performed. Most of the maintenance work is performed by hand, such as extracting only the measurement data necessary for creating the current diagnostic report from the variable measurement data recorded in the form. For this reason, there has been a problem that considerable effort and time are required to prepare a diagnostic report.

[0005] Diagnosis of the current state of equipment and equipment
Since the evaluation is entrusted to individual maintenance personnel, the criteria for diagnosis and evaluation must be somewhat obscured to allow individual differences among maintenance personnel. Therefore, for example, if different maintenance personnel are performing maintenance management work on attached equipment for multiple buildings owned by the same customer, the description of the diagnostic report differs for each building. It is possible that For this reason, there has been a problem that the description of the final diagnostic report to be submitted to the customer lacks uniformity as a whole.

[0006] Further, since maintenance personnel are specialists in the maintenance and management of equipment and the like, the specific description contents of the diagnostic report prepared by the maintenance personnel focus on the detailed performance of each equipment. It can be considered that the contents tend to be specialized description contents. For this reason, there is a problem in that although it is originally a diagnostic report that informs the customer of the current status of the equipment, it becomes difficult for the customer to understand.

[0007] Therefore, a first object of the present invention is to provide a diagnostic report creation support system capable of saving labor in data collection performed by a maintenance person when creating a diagnostic report.

A second object of the present invention is to provide a diagnostic report creation support system capable of resolving a difference in description of a diagnostic report due to individual differences among maintenance personnel.

A third object of the present invention is to provide a diagnostic report creation support system capable of easily creating a diagnostic report including a description content of a non-specialized plain expression.

[0010]

In order to achieve the first object, a diagnostic report creation support system according to the first aspect of the present invention is directed to a maintenance management-targeted facility equipment attached to a building. A diagnostic report creation support system used to report to the customer the current state of the equipment, wherein the host computer collectively manages a fixed equipment data group relating to each of the equipment to be maintained and managed; and A portable terminal device that holds a variable measurement data group actually measured for the target equipment, and a format that is used in connection with the host computer and the portable terminal device and that represents a format of a desired diagnostic report A format storage unit in which data is stored in advance, and a special function corresponding to the format data from the facility device data group centrally managed by the host computer. A first readout process for reading out the facility equipment data and a second readout process for reading out specific measurement data associated with the specific facility equipment data from the measurement data group held by the portable terminal device are controlled. And a diagnostic report preparation device including a control unit.

Thus, the data collection of the equipment data and the measurement data associated with the equipment data, which have been performed by the maintenance staff when creating the diagnostic report, is automatically performed by the control unit of the diagnostic report creating apparatus. , So that labor can be saved.

According to a second aspect of the present invention, in order to achieve the second object, in addition to the configuration of the first aspect, the content storage unit for storing desired description contents of the diagnostic report is provided. In the diagnostic report preparation device, the control unit controls a data allocation storage process that allocates and stores the read specific equipment data and the specific measurement data in the content storage unit based on the format data. Is what you do.

[0013] Thus, the diagnostic report in the same format is always created regardless of the maintenance staff, so that the difference in the description of the diagnostic report due to the individual difference of the maintenance staff can be eliminated.

Further, in order to achieve the third object,
According to a third aspect of the present invention, in addition to the configuration of the second aspect, the control unit determines a value of a diagnosis item in the read specific measurement data according to a predetermined determination criterion. It is for controlling a judgment allocation storage process of allocating and storing a diagnostic message according to a result in the content storage unit based on the format data.

[0015] Thus, a diagnostic report including the description contents of a non-specialized plain expression can be easily created only by preparing a simple diagnostic message expressed for the customer in advance.

[0016]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, an implementation of a diagnostic report creation support system of the present invention used to report the current status of equipment and equipment such as elevators and escalators to be maintained and attached to buildings such as buildings. The form will be described in detail with reference to the drawings.

FIG. 1 is a block diagram showing an embodiment of a diagnostic report creation support system according to the present invention. In the figure,
Reference numeral 110 denotes a host computer for centrally managing a fixed equipment data group relating to each of the equipment to be maintained and managed, and an equipment data group storage unit 112 for storing the equipment data group therein. It is prepared. Reference numeral 120 denotes a portable terminal device that holds a variable measurement data group actually measured for the equipment to be maintained and managed, and includes a control unit 121, a measurement data group storage unit 122,
An input unit 123 and a display unit 124 are provided therein.
Reference numeral 130 denotes a work personal computer used as a diagnostic report creation device, which will be described later, which is a main part of the system and connected to the host computer 110 and the portable terminal device 120. The host computer 1 is installed inside the work personal computer 130.
A first read process for reading specific equipment data corresponding to format data described later from the equipment data group that is collectively managed by 10 and corresponding to specific equipment data from the measurement data group held by the portable terminal device 120 A second read process for reading specific measurement data to be attached, and a data allocation storage process for reading and reading the specific equipment data and the specific measurement data that are read in a content storage unit 132c, which will be described later, based on the format data. The value of the diagnostic item in the given specific measurement data is determined according to a predetermined criterion, and a diagnostic message according to the determination result is stored in the content storage unit 132c based on the format data.
A control unit 131 for controlling the assignment allocation storage processing, a work storage unit 132a, a format storage unit 132b in which format data representing a format of a desired diagnostic report is stored in advance, and a description of a desired diagnostic report Content storage unit 132c, input unit 133, display unit 13 for storing contents
4, an output unit 135 that prints out specific equipment data and specific measurement data and a diagnostic message stored in the content storage unit 132c as a desired diagnostic report,
Each is provided.

The equipment data group storage unit 112 in the host computer 110 does not change over time, such as the equipment model and repair history, along with the name and address of a customer who owns equipment such as an elevator to be maintained and managed. A fixed equipment data group is stored in advance.
The mobile terminal device 120 is carried by a maintenance person for checking the contents of work at the work site and recording measurement data, and the control unit 121 outputs various commands for controlling the device and performs measurement. The data group storage unit 122 stores the work contents and the measurement data described above. The input unit 123 inputs the measurement data in accordance with the input operation of the maintenance staff. The display unit 124 displays the work contents and the input measurement data. indicate.
The work personal computer 130 is for the maintenance staff to create in-house a diagnostic report for the customer based on the measurement data stored in the mobile terminal device 120 at the work site, and the host computer 110 and the mobile terminal device 120 Used by connecting. In the work personal computer 130, the control unit 131 outputs various commands for controlling the device, the work storage unit 132a temporarily stores data obtained from the host computer 110 or the portable terminal device 120,
The format storage unit 132b stores in advance the format of the diagnostic report and the criteria for diagnosing diagnostic items described later,
c stores the data of the created diagnostic report, and the input unit 1
Reference numeral 33 denotes an instruction operation of a maintenance person necessary for the work of creating a diagnostic report, a display unit 134 performs confirmation display of the created diagnostic report, and an output unit 135 outputs a printout of the created diagnostic report. Do.

FIG. 2 is a diagram showing an example of specific items of facility equipment data and measurement data in the diagnostic report creation support system of the present invention. As shown in FIG.
The equipment data 210 includes a customer name 211,
Customer's address 212, model 213 representing the equipment subject to maintenance management, and past repair history 2 related to model 213
14 and other various fixed items. As shown in FIG. 2B, when the equipment is, for example, an elevator, the measurement data 220 indicates various types of information such as a car traveling speed 221, a car door opening / closing speed 222, and a car vibration 223 in the car. It consists of variable items.

FIG. 3 is a diagram schematically showing an example of a comprehensive diagnosis based on the measurement data shown in FIG. FIG.
As shown in (a), the specific evaluation of the comprehensive diagnosis 310 includes four types of parts or functions, that is, a control panel 311,
The determination is made according to the evaluation result obtained for each part or function of the car 312, the landing 313, and the running state 314. The specific evaluation of each part or function is determined according to the evaluation result obtained for each diagnostic item belonging to the relevant part or function. Here, for example, the diagnostic items belonging to the part of the control panel 311 are, for example, an electromagnetic relay test 311a, an insulation test 311b, and the like. The specific evaluation of these diagnostic items is actually performed at the work site in the portable terminal device 120. Based on the measurement data stored in the measurement data group storage unit 122, the determination is made according to the determination criterion previously stored in the format storage unit 132b in FIG. The evaluation result of the comprehensive diagnosis obtained in this manner is represented by comprehensive diagnostic items such as performance 321, maintainability 322, convenience 323, and social welfare 324 as shown in FIG. 3B, for example.

FIG. 4 is a diagram showing an example of a contribution rate defining the evaluation result of the comprehensive diagnosis with respect to the values of the diagnosis items shown in FIG. In the figure, for example, the performance 321 is the control panel 311,
Since the contribution rate is defined as the maximum value “1” for any part or function of the car 312, the landing 313, and the traveling state 314, the total diagnosis of the performance 321 is performed by 4
The evaluation results obtained for each type of site or function are fully reflected. On the other hand, in the convenience 323, for example, the contribution rate is defined as “2/3” only for the function in the traveling state 314, and the contribution rate is defined as the minimum value “0” for other parts or functions. In the comprehensive diagnosis on the convenience 323, only two-thirds of the evaluation results obtained for the function of the driving state 314 are reflected.

FIGS. 5 and 6 are diagrams showing an example of a specific format of a diagnostic report according to the present embodiment. FIGS. 5 (a) and 6 (a) in both drawings show only format data. FIGS. 5B and 6B show the case where the equipment data and the measurement data are displayed together with the format data.

The format data 500 in FIG. 5A includes nine types of fixed equipment data items and seven types of variable measurement data items as items representing, for example, elevator specifications in a diagnostic report. Is defined along with the output position. The contents of the equipment data items are: serial number 501, model 502, application 503, motor capacity 504,
No. 505, floor 506, rated speed 507, maximum loading weight 508, and maximum loading capacity 509. The contents of the measurement data items are as follows: delivery date 511, 512, monthly average running time 513, cumulative running time 514, elapsed year 515, 51
6, mileage 517. Then, among the items of the equipment data described above, the title “Serial No.” for the serial number 501, the title “Model” for the model 502, the title “Use” for the application 503, and the title for the motor capacity 504. The “motor capacity” and the unit notation “(kW)”, the unit 505 has the title “unit” and the counting notation “unit”, the floor 506 has the title “number of floors” and the counting notation “floor”, The rated speed 507 is entitled “Rated speed” and the unit notation “(m / min)”. The maximum loading weight 508 and the maximum number of people 509 are entitled “Loading amount”.
And the unit notation “(kg)”, the prefix “capacity” and the counting notation “name” are respectively attached. Also, among the items of the measurement data described above, the title “delivery date” and the count notation “year” and “month” are given to the delivery date 511 and 512, and “Running time” and unit notation “(h / month)” and “(h)”, and “Elapsed month” 515, 516 with the title “Elapsed year” and counting notation “Year” and “Month” 517 is accompanied by a title “mileage” and a unit notation “(km)”.

Under the above preconditions, as specific values of the respective items of the equipment data and the measurement data, the serial number 501a = “1234-01”, the model 502a = “ele60”,
Use 503a = "passenger", motor capacity 504a = "1"
0 ”, Unit 505a =“ 1 ”, Floor 506a =“ 7 ”,
Rated speed 507a = “60”, maximum loading weight 508a =
"750", maximum loading capacity 509a = "11", delivery date 5
11a = “'68”, 512a = “12”, monthly average running time 513a = “61”, cumulative running time 514a = “1987”
0 ”, elapsed year 515a =“ 26 ”, 516a =“ 11 ”,
When the travel distance 517a = “102200” is given, FIG.
Based on the format data 500 shown in FIG. 5A, a report portion 500a having the contents shown in FIG. 5B is obtained.

In the format data 600 of FIG. 6A, nine types of variable measurement data items are defined together with the output positions as items representing, for example, the results of an insulation test in a diagnostic report. The contents of these measurement data items are determined index 601, determination comment 602, S1 control 611, S2 control 612, S3 control 613, S4 control 614,
SI1 signal 615, L1 illumination 616, and Dr1 door 617. Then, among the items of the measurement data described above, the judgment index 60
1, the title "insulation test ....", and the S1 control 611, the titles "1" (No), "control" (item), "S1" (type), and the unit notation "V" (voltage), “MΩ” (insulation value)
Control 612 includes titles “1” (No), “Control” (item),
“S2” (type), unit notation “V” (voltage), “M”
Ω ”(insulation value) and the title“ 1 ”(N
o), “control” (item), “S3” (kind) and unit notation “V” (voltage), “MΩ” (insulation value)
4 has titles “1” (No), “Control” (item), “S4”
(Type) and unit notation “V” (voltage) and “MΩ” (insulation value), and the title “2” (No), “signal” (item), “SI1” (type) and unit for the SI1 signal 615 Notation “V”
(Voltage), “MΩ” (insulation value), and the title “3” (No), “lighting” (item), “L1” (kind) and unit notation “V” (voltage), “ Ω ”(insulation value)
The door 617 has titles “4” (No), “door” (item), and “Dr.
1 ”(kind) and unit notation“ V ”(voltage),“ Ω ”(insulation value) are attached respectively.

Under the above prerequisites, as a specific value of each item of the measurement data, a judgment index 601a = “judgment B”, a judgment comment 602a = “insulation due to dust adhesion over a long period of time, etc. There is a risk of an accident or failure due to earth leakage. ", S1 control 611a =" 12
4 "(voltage) and" 8 "(insulation value), S2 control 612a =
“100” (voltage) and “9” (insulation value), S3 control 613
a = "-" (voltage) and "-" (insulation value), S4 control 6
14a = "-" (voltage) and "-" (insulation value), SI1
Signal 615a = "24" (voltage) and "9" (insulation value), L1 illumination 616a = "100" (voltage) and "10"
(Insulation value), when the Dr1 door 617a = “124” (voltage) and “20” (insulation value) are given, the contents as shown in FIG. 6B based on the format data 600 of FIG. Report portion 600a is obtained.

FIG. 7 is a diagram showing an example of a schematic procedure of a report creation operation by the diagnostic report creation support system of the present invention. First, the control unit 1 of the work personal computer 130
31 reads out, from among the various types of equipment data stored in the equipment data group storage unit 112 of the host computer 110, the corresponding equipment data of the maintenance management target for which a diagnostic report is to be created, and reads this. Processing for storing the data in the work storage unit 132a of the work personal computer 130 connected via a communication line or the like is performed (step S1). At this time, for example, FIG.
Equipment data having the contents shown in (a) are stored,
According to, for example, the format data as shown in FIG. 5A previously stored in the format storage unit 132b of the work personal computer 130, only necessary equipment data is selected and read. Next, after connecting the portable terminal device 120 to which the maintenance staff has input measurement data at the work site and the work personal computer 130 by, for example, a cable or infrared communication, the control unit 131 of the work personal computer 130 The processing of reading the measurement data of the equipment obtained by the actual measurement from the measurement data group storage unit 122 of the device 120 and storing it in the work storage unit 132a of the work personal computer 130 is performed (step S2). At this time, the measurement data group storage unit 122 stores, for example, measurement data having the contents shown in FIG. 2B, and is stored in advance in the format storage unit 132b of the work personal computer 130, for example, as shown in FIG.
According to the format data shown in (1), only necessary measurement data is selected and read.

After all the data necessary for preparing the diagnostic report is prepared in the working storage unit 132a of the working personal computer 130, the control unit 131 of the working personal computer 130 stores these equipment data and measurement data. Format storage unit 1
Based on the format data in 32b, it is allocated and stored in the content storage unit 132c, and a process of creating a prototype of the diagnostic report is performed (step S3). By the processing in step S3, for example, a prototype of the diagnostic report as shown in FIG. 5B is obtained for the equipment data, and the measurement data is compared with the framework shown in FIG. 611a
The prototype of the diagnostic report to which only the item values represented by .about.617a are assigned is obtained. Subsequently, an evaluation judgment based on specific measurement data is performed for each diagnosis item according to a judgment criterion stored in advance in the format storage unit 132b of the work personal computer 130 (step S4). By the processing in step S4, for example, as shown in FIG. 6B, the S1 control 611a = “124” (voltage) and “8”
(Insulation value), S2 control 612a = "100" (voltage) and "9" (insulation value), S3 control 613a = "-" (voltage) and "-" (insulation value), S4 control 614a = "-" (Voltage) and "-" (insulation value), SI1 signal 615a = "2
4 ”(voltage) and“ 9 ”(insulation value), L1 illumination 616a =
“100” (voltage) and “10” (insulation value), Dr1 door 617
If a = “124” (voltage) and “20” (insulation value), for example, a five-step evaluation (A / A ′ / B) is used as a diagnostic data value representing the evaluation result of these specific item values.
/ B ′ / C) = determination index 601a =
Since "Judgment B" is required, a diagnostic message that clearly shows the contents of this judgment index is Judgment Comment 602a = "Insulation is reduced due to dust adhesion over a long period of time. The maintenance staff can select or input "without concern."

After evaluating all the diagnostic items,
Based on the evaluation result for each diagnostic item obtained in step S4, evaluation determination is performed for each part or function in, for example, the same five steps as described above (step S5). When the evaluation determination of step S5 is completed for all parts or functions, for example, the performance, maintainability, convenience, and social welfare are determined based on the evaluation results for each of these parts or functions.
An evaluation judgment is made for the types of comprehensive diagnosis items (step S
6).

FIG. 8 is a diagram showing an example of specific description contents for each part or function in the diagnostic report created in this embodiment. In the figure, a report portion 800a for each part or function is a portion related to the control panel 311 shown in FIG. 3A, and the electromagnetic relay test 31 shown in FIG.
It is composed of a report part 810a for 1a and a report part 600a for the insulation test shown in FIG. 6B. Then, the judgment index 81 in the report portion 810a
1a = “judgment B ′” is obtained by the evaluation judgment in step S5 described above. Judgment comment 812a = “Aging such as abrasion is seen, and scheduled replacement is required in the future” This is selected or input corresponding to the judgment index 811a.

FIG. 9 is a diagram showing an example of the specific description contents of the comprehensive diagnosis items in the diagnosis report created in this embodiment. In the figure, a report portion 900a of the comprehensive diagnosis item is shown.
Corresponds to the comprehensive diagnosis 310 shown in FIG. 3A and includes a comprehensive result 901a and a radar chart 902a. The radar chart 902a is obtained by the evaluation judgment in step S6 described above, and the performance judgment index is "B", the maintenance judgment index is "A '", the social welfare judgment index is "B'", The convenience determination index is “B”. And the overall result 901a = "Wearing and deterioration are occurring in various parts of the equipment due to long-term operation ...."
This is selected or input corresponding to the radar chart 902a.

As described above, steps S4 and S in FIG.
After performing all the evaluation judgments in the processing of S5 and S6, the obtained evaluation result is stored in the format storage unit 1 of the working personal computer 130.
The diagnostic report is completed by further allocating and storing in the content storage unit 132c based on the format data in 32b (step S7). Finally, the content storage unit 132c
Is printed out by the output unit 135 (step S8).

FIG. 10 is a diagram showing an example of a schematic description layout of a diagnostic report output by the diagnostic report creation support system of the present invention. For example, FIG. FIG. 10B is a front view and a back view of a diagnostic report including a report part 500a relating to the elevator specification described above and a report part 800a for each part or function. 10
(C) is a double-page spread including the report portion other than the above.

According to this embodiment, the data collection of the equipment data and the measurement data associated with the equipment data, which have been performed by the maintenance staff when the diagnostic report has been created, are automatically performed. Can be achieved. Further, since the diagnostic report is always created in the same format regardless of the maintenance staff, it is possible to eliminate the difference in the description of the diagnostic report due to the individual difference of the maintenance staff. Furthermore, by simply preparing in advance a simple diagnostic message (for example, a judgment comment) expressed for the customer, it is possible to easily create a diagnostic report including the description content of a non-specialized simple expression.

[0035]

As described above, according to the first aspect of the present invention,
According to the invention according to the above, the data collection of the equipment data and the measurement data associated with the equipment data that have been performed by the maintenance staff when creating the diagnostic report until now,
Since the control is automatically performed by the control unit of the diagnostic report generation device, labor saving can be achieved, and therefore, a report generation operation can be performed more efficiently than before.

Further, according to the invention of the second aspect,
Regardless of the maintenance staff, a diagnostic report in the same format is always created, so that differences in the description of the diagnostic report due to individual differences of maintenance staff can be resolved, and therefore, a consistent diagnostic report to customers Documents can be submitted.

According to the third aspect of the present invention,
By simply preparing a simple diagnostic message for the customer in advance, it is possible to easily create a diagnostic report that includes non-specialized plain language descriptions. Can be easily informed to the customer.

[Brief description of the drawings]

FIG. 1 is a block diagram showing an embodiment of a diagnostic report creation support system according to the present invention.

FIG. 2 is a diagram showing an example of specific items of equipment data and measurement data in the diagnostic report creation support system of the present invention.

FIG. 3 is a diagram schematically showing an example of a comprehensive diagnosis based on the measurement data shown in FIG.

FIG. 4 is a diagram illustrating an example of a contribution rate that defines an evaluation result of a comprehensive diagnosis with respect to a value of a diagnosis item illustrated in FIG. 3;

FIG. 5 is a diagram showing an example of a specific format of a diagnostic report according to the embodiment.

FIG. 6 is a diagram illustrating an example of a specific format of a diagnostic report according to the present embodiment.

FIG. 7 is a diagram showing an example of a schematic procedure of a report creation operation by the diagnostic report creation support system of the present invention.

FIG. 8 is a diagram showing an example of specific description contents for each part or function in a diagnostic report created in the present embodiment.

FIG. 9 is a diagram showing an example of specific description contents of comprehensive diagnosis items in a diagnosis report created in the present embodiment.

FIG. 10 is a diagram showing an example of a schematic description layout of a diagnostic report output by the diagnostic report creation support system of the present invention.

[Explanation of symbols]

 110 Host computer 112 Equipment data group storage unit 120 Portable terminal device 122 Measurement data group storage unit 130 Working personal computer (diagnosis report creation device) 131 Control unit 132a Work storage unit 132b Format storage unit 132c Contents storage unit 135 Output unit

Claims (4)

[Claims] 1. A diagnostic report creation support system used to report to a customer the current status of equipment to be maintained and managed attached to a building, comprising: Computer that centrally manages a general equipment data group, a mobile terminal device that holds a variable measurement data group that is actually measured for the maintenance equipment to be managed, the host computer and the mobile terminal device Used in connection with, a format storage unit in which format data representing a format of a desired diagnostic report is stored in advance, and a specific device corresponding to the format data from the equipment data group that is collectively managed by the host computer. A first readout process for reading out equipment data and the identification from the measurement data group held by the portable terminal device; And a control unit for controlling a second reading process for reading out specific measurement data associated with the equipment data of the present invention. Support system. 2. The diagnostic report creation device according to claim 2, further comprising: a content storage unit configured to store a description content of a desired diagnostic report, wherein the control unit reads the specific facility device data and the specific measurement data. 2. The diagnostic report creation support system according to claim 1, wherein a data allocation storage process for allocating and storing the data in the content storage unit based on the format data is controlled. 3. The control unit determines a value of a diagnostic item in the read specific measurement data according to a predetermined determination criterion, and generates a diagnostic message according to the determination result based on the format data. 3. The diagnostic report creation support system according to claim 2, wherein a determination assignment storage process to be assigned and stored in the content storage unit is controlled. 4. The diagnostic report creating apparatus according to claim 1, further comprising an output unit configured to print out the specific equipment data, the specific measurement data, and the diagnostic message stored in the content storage unit as a desired diagnostic report. 4. The diagnostic report creation support system according to claim 3, wherein the system is provided with: